Codestin Search App

kylecarbs · 2026-04-15T05:20:19Z

Context files (AGENTS.md) and skills were only fetched from the workspace on the first turn or when the agent changed. On subsequent turns, stale content from persisted messages was used. This meant that if AGENTS.md or skills were modified on the workspace between turns, the agent wouldn't see the changes until the user created a new chat.

Changes

Extract fetchWorkspaceContext from persistInstructionFiles to allow fetching workspace context without persisting
On subsequent turns, re-fetch fresh context from the workspace instead of reading stale persisted content; falls back to persisted messages if the workspace dial fails
Update ReloadMessages callback to re-derive instruction and skills from reloaded database messages after compaction, instead of using captured closure variables
Add formatSystemInstructionsFromParts helper to build system instructions directly from agent parts without requiring separate OS/directory params
Add tests for the new helper

Implementation Notes

Root cause

In runChat, the else if hasContextFiles branch (subsequent turns) called instructionFromContextFiles(messages) which read stale content from persisted DB messages. The ReloadMessages callback (post-compaction) also used captured instruction/skills closure variables from the start of the turn, never re-deriving them.

Approach

Extract fetchWorkspaceContext — Pure refactor of the fetch-only part of persistInstructionFiles (agent connection, context config retrieval, content sanitization, metadata stamping). Returns parts + skills without persisting.
Subsequent turns: Instead of reading from persisted messages, launch a g2 goroutine that calls fetchWorkspaceContext to get fresh context from the workspace. Falls back gracefully to persisted messages if the workspace is unreachable.
ReloadMessages: Re-derive instruction from instructionFromContextFiles(reloadedMsgs) and skills from skillsFromParts(reloadedMsgs) using the freshly loaded messages, with fallback to captured values if the reloaded messages don't contain context (e.g. compacted away).

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kylecarbs

Good extraction of fetchWorkspaceContext — clean separation of fetch vs persist. The fallback chain (fresh workspace → persisted messages → captured closures) is well-layered.

A couple things to look at: 2 P2, 1 P3, 3 nits across 6 inline comments.

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kylecarbs · 2026-04-15T05:31:52Z

-		// re-injected via InsertSystem after compaction drops
-		// those messages. No workspace dial needed.
-		instruction = instructionFromContextFiles(messages)
-		skills = persistedSkills


P2 Compaction mid-turn silently reverts fresh workspace content to stale persisted content. (Edge Case Analyst)

On subsequent turns, the g2 goroutine fetches fresh AGENTS.md from the workspace and sets instruction to (e.g.) "V2 content". This content is never persisted to the DB — only persistInstructionFiles writes to the DB. If compaction triggers mid-turn, ReloadMessages runs instructionFromContextFiles(reloadedMsgs), which reads from the DB. The DB still holds "V1 content" from the original persist. Since "V1" is non-empty, the fallback to the captured instruction ("V2") is never reached.

The priority is inverted here. When the turn already has fresh content in the captured instruction variable, that should take priority over the (potentially stale) DB content. Consider flipping the logic: prefer the captured instruction when non-empty, falling back to instructionFromContextFiles(reloadedMsgs) only when instruction is empty.

kylecarbs · 2026-04-15T05:31:52Z

+			if fetchErr == nil && len(freshParts) > 0 {
+				instruction = formatSystemInstructionsFromParts(freshParts)
+				skills = selectSkillMetasForInstructionRefresh(
+					persistedSkills,


P2 Comment says "Workspace unreachable" but this branch also fires when the workspace IS reachable with zero parts. (Edge Case Analyst P2, Contract Auditor P2)

When fetchWorkspaceContext succeeds but the workspace legitimately returns no context-file parts (e.g. user deleted AGENTS.md), len(freshParts) is 0, so the else branch uses stale persisted content. The workspaceConnOK return value is discarded via _, so the caller cannot distinguish "workspace reachable, empty config" from "workspace dial failed." Deleting AGENTS.md from a workspace won't clear the injected instruction until the user creates a new chat.

Consider using the discarded workspaceConnOK return to distinguish the two cases: when agent != nil && workspaceConnOK && len(freshParts) == 0, set instruction = "" to honor the deletion. Also update the comment to match the actual semantics.

kylecarbs · 2026-04-15T05:31:52Z

 			return nil
 		})
 	} else if hasContextFiles {
-		// On subsequent turns, extract the instruction text and


P3 Stale comment fragment from the old persistInstructionFiles left before the fetchWorkspaceContext doc comment. (Edge Case Analyst P3, Contract Auditor P3, Go Architect P3, Concurrency Reviewer, Style Reviewer)

Line reads // persistInstructionFiles reads instruction files and discovers immediately above the new // fetchWorkspaceContext retrieves... comment. The first line is a leftover from the old function's doc comment. Delete it.

kylecarbs · 2026-04-15T05:31:52Z

+				instruction = instructionFromContextFiles(messages)
+				skills = persistedSkills
+			}
+			return nil


Nit Empty default: case adds noise. (Style Reviewer)

The switch part.Type block has an empty default: with no body. Consider removing it.

kylecarbs · 2026-04-15T05:31:52Z

 			return nil
 		})
 	} else if hasContextFiles {
-		// On subsequent turns, extract the instruction text and


Nit Unrelated formatting change joins }, DisableChainMode: on one line. (Edge Case Analyst, Go Architect, Style Reviewer)

The diff collapses the ReloadMessages closing }, and DisableChainMode: field onto a single line. The previous style (each field on its own line) matches the surrounding code. Per the repo's "Avoid Unnecessary Changes" guideline, this adds diff noise without functional benefit.

kylecarbs · 2026-04-15T05:31:52Z

 					slog.Error(persistErr),
 				)
 			}
 			return nil


Obs fetchWorkspaceContext declares an err error return but never returns a non-nil error. (Test Auditor, Edge Case Analyst, Go Architect P3)

All three return paths yield nil for the error. The fetchErr == nil check in the caller is always true. Not a bug, but the unused error return is a maintenance trap — consider either dropping it or adding a comment explaining the intent.

johnstcn

Bot review incoming, human review below.

johnstcn · 2026-04-15T15:28:24Z

+		ctx, chat, getWorkspaceAgent, getWorkspaceConn,
+	)
+	if err != nil {
+		return "", nil, err


Can we enrich this error with xerrors.Errorf?

Dropped the error return from fetchWorkspaceContext entirely (it was dead code — all paths returned nil). This err check in persistInstructionFiles is now removed.

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johnstcn · 2026-04-15T15:29:07Z

+		return "", nil, err
+	}
+	if agent == nil {
+		return "", nil, nil


we shouldn't be calling this if there is no workspace agent?

Added a comment explaining this is a defensive guard. fetchWorkspaceContext returns nil when the chat has no valid workspace or the agent lookup fails — it's cheaper to guard here than push the precondition up to all callers.

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johnstcn · 2026-04-15T15:40:04Z

+				workspaceCtx.getWorkspaceAgent,
+				func(instructionCtx context.Context) (workspacesdk.AgentConn, error) {
+					if _, _, err := workspaceCtx.workspaceAgentIDForConn(instructionCtx); err != nil {
+						return nil, err


Can we enrich with xerrors.Errorf please?

Done — wrapped with xerrors.Errorf("resolve workspace agent for conn: %w", err).

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johnstcn · 2026-04-15T15:46:20Z

+			case fetchErr == nil && workspaceConnOK:
+				// Workspace reachable but returned no context
+				// files (e.g. AGENTS.md was deleted). Honor the
+				// removal by clearing the instruction.
+				instruction = ""


Is this tested?

The deletion scenario (AGENTS.md removed → instruction cleared) didn't have direct test coverage. Added instructionCleared bool to prevent compaction from resurrecting stale content, and added TestInstructionFromContextFiles tests covering the reconstruction, empty-messages, and no-context-file-parts cases. The three-way switch logic is now also structurally simpler after dropping the dead error return.

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Reworked the approach based on Kyle's feedback. The per-turn workspace dial was wrong — the actual problem is that create_workspace runs mid-turn as a builtin tool (inside the chatloop), after runChat's instruction setup has already executed with no workspace.

The fix now lives in the onChatUpdated callback: when a workspace is first attached and instruction is empty, it calls persistInstructionFiles right there. This:

Makes AGENTS.md available for the rest of the current turn

Persists the marker so subsequent turns just read from DB (no workspace dial)

Only fires once — the instruction == "" guard prevents redundant fetches

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johnstcn · 2026-04-15T15:46:49Z

+				// Workspace unreachable or fetch failed: fall
+				// back to persisted context-file parts from the
+				// message history.


What if the workspace was deleted?

Added a comment explaining: if the workspace was deleted, getWorkspaceAgent returns an error which causes fetchWorkspaceContext to return nil agent with workspaceConnOK=false, landing in this default case. The persisted context is the best available data.

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johnstcn

🤖

Round 2 deep review. Thanks for addressing the three-way switch, stale comment, formatting nit, and the empty default case from round 1.

The priority flip in ReloadMessages (captured instruction now takes priority) was the right call, but there's a remaining edge case where the deletion scenario still resurrects stale content after compaction.

1 P1, 1 P2, 1 P2, 3 nits across 6 inline comments. This review contains a finding that may need attention before merge.

johnstcn · 2026-04-15T15:49:42Z

+			// start from the workspace) takes priority because
+			// it may be fresher than the persisted DB content.
+			reloadedInstruction := instruction
+			if reloadedInstruction == "" {


P1 Compaction resurrects cleared instruction/skills after AGENTS.md deletion (Edge Case Analyst P2, Contract Auditor P3, Go Architect Obs)

When fetchWorkspaceContext succeeds and the workspace has no context files (AGENTS.md deleted), line 4634 sets instruction = "". Later if ReloadMessages fires (compaction), reloadedInstruction := instruction is empty (correct), but the fallback at line 5337 calls instructionFromContextFiles(reloadedMsgs) which reads old persisted DB messages — those messages still hold the pre-deletion content because only persistInstructionFiles writes to the DB (not the refresh path). So the deleted AGENTS.md content reappears.

Similarly for skills (line 5343): skillsFromParts(reloadedMsgs) finds old persisted skill parts, overriding the freshly-cleared skills variable.

The PR’s goal is “pick up workspace changes between turns,” but this edge case defeats that for the deletion scenario when compaction fires within the same turn. Consider tracking a boolean like instructionCleared so the reload callback can distinguish “empty because cleared” from “empty because never set.” Alternatively, persist the deletion (write an empty sentinel to the DB) so instructionFromContextFiles returns empty too.

Fixed. Added instructionCleared bool that gets set to true when the deletion branch fires. The ReloadMessages fallback now checks !instructionCleared before reading from persisted DB content:

if reloadedInstruction == "" && !instructionCleared { reloadedInstruction = instructionFromContextFiles(reloadedMsgs) }

This prevents compaction from resurrecting cleared instruction/skills after AGENTS.md deletion.

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johnstcn · 2026-04-15T15:49:42Z

+// connection succeeded. A nil agent means the workspace is not
+// valid or the agent is not reachable.
+func (p *Server) fetchWorkspaceContext(
 	ctx context.Context,


P2 fetchWorkspaceContext never returns a non-nil error, making the err return dead code (Contract Auditor P2, Go Architect P2, Edge Case Analyst P3)

All three return paths return nil for the error. The caller captures fetchErr and branches on it, but it’s always nil. persistInstructionFiles (line 5857) also checks err != nil — dead code.

The function signals failures via nil agent / false workspaceConnOK instead, which happens to work because the switch conditions discriminate correctly. But the signature promises error reporting that never fires. Either drop the error return (and document the nil-agent/false-connOK contract), or propagate agentErr/connErr so callers can log them distinctly.

Carried forward from round 1 (Obs, no response) — upgrading to P2 given convergence across three reviewers.

Dropped the err error return entirely. Updated both callers and the docstring to document the nil-agent / false-workspaceConnOK contract instead.

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johnstcn · 2026-04-15T15:49:42Z

 	} else if hasContextFiles {
-		// On subsequent turns, extract the instruction text and
-		// skill index from persisted parts so they can be
-		// re-injected via InsertSystem after compaction drops


P2 No test coverage for the core behavioral changes (Test Auditor P1 ×2, P2)

The three-way switch (fresh parts / reachable-but-empty / unreachable) and the ReloadMessages re-derivation logic are the heart of this PR, but neither has direct test coverage. Only formatSystemInstructionsFromParts is tested. If someone broke the fallback path (e.g. swapped the fetchErr == nil guard), no test would catch it.

Even a unit test calling fetchWorkspaceContext with controlled fakes, asserting instruction/skills values for each of the three branches, would meaningfully reduce risk. The ReloadMessages priority logic (captured > persisted > empty) could also use a targeted test.

Added TestInstructionFromContextFiles with sub-tests for reconstruction, empty messages, and no-context-file-parts. The existing chatd_internal_test.go already covers TestSkillsFromParts, TestMergeSkillMetas, TestSelectSkillMetasForInstructionRefresh, and TestInstructionFromContextFilesUsesLatestContextAgent.

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johnstcn · 2026-04-15T15:49:42Z

+	parts []codersdk.ChatMessagePart,
+) string {
+	var os, dir string
+	for _, part := range parts {


Nit os shadows the well-known os package name (Modernization Reviewer, Style Reviewer)

The sibling formatSystemInstructions (line 18) uses operatingSystem for the same concept. Using operatingSystem or osName here would be consistent and avoid the shadowing if os is ever imported.

Renamed to operatingSystem to match the sibling function.

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johnstcn · 2026-04-15T15:49:42Z

 			reloadedPrompt = renderPlanPathPrompt(reloadedPrompt, resolvePlanPathBlock(reloadCtx))
-			if skillIndex := chattool.FormatSkillIndex(skills); skillIndex != "" {
+			reloadedSkills := skillsFromParts(reloadedMsgs)
+


Nit reloadedSkills name is misleading after fallback (Style Reviewer)

After the fallback on line 5346, reloadedSkills may hold skills from turn-start, not from reloaded messages. A name like effectiveSkills or a comment on the fallback line would clarify.

Renamed to effectiveSkills.

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johnstcn · 2026-04-15T15:49:42Z

+		// to persisted parts if the workspace dial fails.
+		g2.Go(func() error {
+			_, freshParts, discoveredSkills, workspaceConnOK, fetchErr := p.fetchWorkspaceContext(
+				ctx,


Nit discoveredSkills inside the closure shadows the outer-scope variable (Style Reviewer)

The := creates a closure-local discoveredSkills that then writes to the outer skills. Renaming to freshSkills or fetchedSkills would reduce cognitive load when verifying which variable is being used.

Renamed to fetchedSkills inside the closure.

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kylecarbs

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Round 3 deep review. Dead code removed, indentation fixed, redundant test dropped. Changeset is now 141 insertions across 2 files.

The onChatUpdated mid-turn injection has a timing issue: both callers fire before waitForBuild, so the agent isn't online yet and the persist is a no-op for new workspaces. This is addressed in the approved plan (step 2d: second callback after build, plus PrepareMessages chatloop hook). 1 P2 across 1 inline comment.

kylecarbs · 2026-04-15T18:25:32Z

 			// start streaming build logs before the tool
 			// completes.
 			p.publishChatPubsubEvent(updatedChat, codersdk.ChatWatchEventKindStatusChange, nil)
+


P2 onChatUpdated fires before waitForBuild — mid-turn persist is a no-op for new workspaces (Edge Case Analyst P2, Contract Auditor P2)

Both create_workspace (createworkspace.go:252) and start_workspace (startworkspace.go:122) call OnChatUpdated before waitForBuild. At this point the agent is not online. fetchWorkspaceContext dials the agent, fails, and persistInstructionFiles returns ("", nil, nil). The comment at line 5060 promises AGENTS.md context for the remainder of the turn but this won’t happen for new workspaces.

The approved plan addresses this: step 2d adds a second OnChatUpdated call after waitForBuild in both createworkspace.go and startworkspace.go, and a PrepareMessages chatloop callback to inject the instruction into the running messages. Will implement in the next commit.

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johnstcn

I'm having difficulty reproducing this issue manually. It's not clear when we detect that the context has changed. I'm going to go ahead and approve

johnstcn · 2026-04-15T18:23:53Z

 	)
 	// Check if instruction files need to be (re-)persisted.
 	// This happens when no context-file parts exist yet, or when
+


Suggested change

This was already fixed by the formatter in the same commit (a132d45). No stray blank line remains.

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Fixed in a132d45 — also cleaned up adjacent indentation issues that the formatter caught.

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johnstcn · 2026-04-15T18:46:01Z

+
+	// Simulate: after the tool executes (step 0), instruction
+	// becomes available. PrepareMessages injects it before step 1.
+	var instructionInjected atomic.Bool


nit, suggestion: could be a chan struct{} we close

Done in a132d45 — switched to chan struct{} with close() for the one-shot signal. PrepareMessages is single-goroutine so this is safe without sync.Once.

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Done — switched to chan struct{} + close() in a132d45.

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johnstcn

🤖

Round 4. Nice tests — PrepareMessages mid-loop injection and the OnChatUpdated double-fire are now well covered. Two items remaining.

johnstcn · 2026-04-15T18:52:41Z

+			// The captured instruction takes priority; fall
+			// back to persisted DB content otherwise.
+			reloadedInstruction := instruction
+			if reloadedInstruction == "" {


P2 Double injection of instruction after compaction when instruction is acquired mid-turn (Edge Case Analyst, Contract Auditor)

When onChatUpdated sets instruction mid-turn (via create_workspace), instructionInjected stays false. If compaction fires at the end of that step, ReloadMessages injects reloadedInstruction (which equals the captured instruction) into the reloaded prompt via InsertSystem. Then on the next step, PrepareMessages sees instructionInjected == false && instruction != "" and calls InsertSystem again — duplicating AGENTS.md in the prompt.

This only manifests when compaction triggers on the same step as a workspace-creating tool call (conversation near context limit), so it's uncommon but not unrealistic for long-running chats.

Fix: set instructionInjected = true inside this ReloadMessages callback when reloadedInstruction != "".

Fixed in a132d45 — added instructionInjected = true inside the ReloadMessages callback after InsertSystem, so PrepareMessages won't double-inject on the next step.

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Good catch — fixed in a132d45. instructionInjected = true is now set inside the ReloadMessages callback right after InsertSystem, so PrepareMessages won't re-inject on the next step.

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johnstcn · 2026-04-15T18:52:41Z

 }
+
+func TestInstructionFromContextFiles(t *testing.T) {
+	t.Parallel()


P2 TestInstructionFromContextFiles only tests trivial empty-input paths (Test Auditor, Contract Auditor)

The two sub-tests cover nil messages and a message with only skill parts — both return early before the function does anything interesting. The function's core logic (extracting OS/directory from context-file parts, filtering by agent ID via latestContextAgentID, reconstructing via formatSystemInstructions) is never exercised. A positive test with actual context-file parts that asserts the reconstructed instruction is non-empty and correct would lock down the contract.

Added ReconstructsFromContextFileParts subtest in a132d45 — creates a message with a context-file part (OS, directory, content, path), calls instructionFromContextFiles, and asserts the result contains all expected fields.

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Added ReconstructsFromContextFileParts subtest in a132d45 — exercises the full path with OS, directory, content, and source path assertions.

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Context files (AGENTS.md) and skills were only fetched from the workspace on the first turn or when the agent changed. On subsequent turns, stale content from persisted messages was used. This meant that if AGENTS.md or skills were modified on the workspace between turns, the agent wouldn't see the changes until the user created a new chat. Changes: - Extract fetchWorkspaceContext from persistInstructionFiles to allow fetching workspace context without persisting - On subsequent turns, re-fetch fresh context from the workspace instead of reading stale persisted content; falls back to persisted messages if the workspace dial fails - Update ReloadMessages callback to re-derive instruction and skills from reloaded database messages after compaction, instead of using captured closure variables - Add formatSystemInstructionsFromParts helper to build system instructions directly from agent parts without requiring separate OS/directory params - Add tests for the new helper

- Invert ReloadMessages fallback priority: prefer captured instruction (fresh from workspace) over stale DB content after compaction - Distinguish reachable-with-no-content from unreachable using workspaceConnOK; honor AGENTS.md deletion by clearing instruction - Remove stale comment fragment from old persistInstructionFiles - Remove empty default clause in switch - Restore DisableChainMode field to its own line

- Drop dead error return from fetchWorkspaceContext (P2) - Add instructionCleared flag to prevent compaction from resurrecting cleared instruction after AGENTS.md deletion (P1) - Wrap error with xerrors.Errorf in g2 closure conn wrapper - Add defensive-guard comment for nil-agent check in persistInstructionFiles - Add workspace-deletion comment in default fallback case - Rename os -> operatingSystem to avoid shadowing (nit) - Rename reloadedSkills -> effectiveSkills for clarity (nit) - Rename discoveredSkills -> fetchedSkills in closure to avoid shadowing outer scope (nit) - Add tests for instructionFromContextFiles

The subsequent-turn branch should not dial the workspace on every message. The original code correctly reads from persisted DB content. The actual fix is the ReloadMessages callback which now re-derives instruction/skills from reloaded messages after compaction, picking up any context persisted mid-loop (e.g. when the agent changes). Removes the instructionCleared flag and three-way switch that were dialing the workspace unnecessarily.

When create_workspace runs mid-turn, the instruction setup at runChat's top has already executed with no workspace. The onChatUpdated callback now calls persistInstructionFiles when instruction is empty and a workspace just appeared, so context files (AGENTS.md, skills) are available for the rest of the turn. The persisted marker ensures subsequent turns read from DB without re-dialing the workspace.

- Remove unused formatSystemInstructionsFromParts and its tests - Fix indentation in var block, onChatUpdated, and ReloadMessages

- Fix stray blank lines splitting comment block and struct literal - Rename effectiveSkills -> reloadedSkills for consistency with reloadedInstruction - Remove redundant ReconstructsInstruction test (already covered by TestInstructionFromContextFilesUsesLatestContextAgent) - Remove unused uuid import and agentID variable

Add PrepareMessages callback to chatloop.RunOptions, called before each LLM step. When instruction is set mid-turn (via onChatUpdated after create_workspace), PrepareMessages injects it into the chatloop's messages via InsertSystem so the LLM sees AGENTS.md context on the very next step. Also fire OnChatUpdated a second time after waitForBuild completes in both createworkspace.go and startworkspace.go, so the agent is actually online when ensureInstructionLoaded runs.

… injection - TestRun_PrepareMessagesInjectsSystemContextMidLoop: verifies system messages are injected mid-loop when PrepareMessages callback is set - TestRun_PrepareMessagesOnlyFiresOnce: ensures PrepareMessages runs on every step but the caller can gate injection with a flag - TestCreateWorkspace_OnChatUpdatedFiresAfterBuild: verifies OnChatUpdated fires twice — once on binding update and once after build completes

… nits

github-actions Bot assigned kylecarbs Apr 15, 2026

kylecarbs commented Apr 15, 2026

View reviewed changes

kylecarbs requested a review from johnstcn April 15, 2026 14:57

johnstcn reviewed Apr 15, 2026

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kylecarbs commented Apr 15, 2026

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johnstcn approved these changes Apr 15, 2026

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johnstcn reviewed Apr 15, 2026

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kylecarbs added 11 commits April 15, 2026 20:11

fix: convert single-case switch to if per revive lint

43269ce

chore: remove plan file from tracked files

5ae8a21

fix: clean up dead code and fix indentation

c37e0fd

- Remove unused formatSystemInstructionsFromParts and its tests - Fix indentation in var block, onChatUpdated, and ReloadMessages

kylecarbs force-pushed the fix/context-files-injection-loop branch from a132d45 to ce69197 Compare April 15, 2026 20:17

fix(chatd): address round 4 review — double injection, test coverage,…

c517ee9

… nits

kylecarbs force-pushed the fix/context-files-injection-loop branch from ce69197 to c517ee9 Compare April 15, 2026 20:23

kylecarbs merged commit d11849d into main Apr 15, 2026
25 of 26 checks passed

kylecarbs deleted the fix/context-files-injection-loop branch April 15, 2026 20:41

github-actions Bot locked and limited conversation to collaborators Apr 15, 2026

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kylecarbs commented Apr 15, 2026

Changes

Root cause

Approach

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