The spec was drafted while the working tree was on tier2/post_module_taxonomy_de_cruft_20260627, but the track targets master. 2 line numbers were from the cruft branch, not master:
- src/commands.py reset_layout: spec said :342-378 + :371; master is :248-275 + :268
- src/command_palette.py: spec said 208 lines; master is 165 lines
Also added a Branch State Warning section documenting:
- main working tree is on tier2/post_module_taxonomy_de_cruft_20260627 (NOT master)
- module_taxonomy_refactor_20260627 + post_module_taxonomy_de_cruft_20260627 are NOT merged to master
- this track does NOT depend on those cruft tracks
- master worktree at C:\projects\manual_slop_master is the editing surface
All other line numbers (App._post_init:566, App.run:619, _run_immapp_result:691, _post_init_callback_result:1449, render_persona_editor_window:3433, orphan end_child:6990, paths.py themes:60/83/150/209-216/295) verified correct against master.
After Tier 2 marked the default_layout_install track SHIPPED, the user
ran uv run sloppy.py from C:\projects\manual_slop_tier2 and STILL saw
empty workspace (just the menu ribbon, no body content). This report
captures what was empirically verified this session and what remains
unverified.
Verified this session:
- Tier 2's 79c25a32 pre-run install fires correctly (stderr confirms)
- The bundled layouts/default.ini has correct [Docking] hierarchy
(DockSpace ID=0xAFC85805 + 2 DockNode children + per-window DockId)
- show_windows state has 9 visible-by-default entries
- _render_main_interface_result does NOT raise [FATAL] exceptions
- The imgui_scopes audit reports 4 extra end() calls (all 4 are false
positives from the script not tracking conditional control flow)
- Tier 2's working tree has UNCOMMITTED edits to src/gui_2.py
(removed redundant local imports in render_main_interface)
NOT verified (cannot be in this session):
- Whether [DIAG] lines from _render_window_if_open fire (Python pipe
buffering discards stderr when process is force-killed)
- Whether panels actually render visually (Tier 1 cannot run windowed GUI)
- The exact render_main_interface codepath that prevents panels from
appearing
5 of Tier 2's commits claim to fix panel visibility but NONE of them
empirically verified visible panels after install. Tier 2 marked the
track SHIPPED based on INI content assertions (17/17 tests pass) but
not on visible-panel verification.
Recommendation:
1. STOP adding speculative fixes
2. Revert tier 2 to a known-good baseline (master has working 2150-byte
INI with full [Docking] hierarchy)
3. Visual verify both master AND tier 2 produce visible panels
4. If tier 2 fails, the bug is environment-specific (not in code)
5. Defer pixel-level verification to the imgui_test_engine track
Files written:
- conductor/tracks/default_layout_install_20260629/ (Tier 1 scaffolding)
- conductor/tracks/default_layout_install_followup_20260629/ (Tier 1
followup track; corrects Tier 2's wrong-theory diagnosis)
- docs/transcripts/_9_bK_WjuYY_ryan_fleury_raddbg_walkthrough.json
+ docs/transcripts/rcJwvx2CTZY_ryan_fleury_raddbg_codebase_intro.json
(Fleury raddbg transcripts for deferred panel_defs_fleury_migration track)
- docs/reports/PANEL_VISIBILITY_DEBUG_REPORT_20260629.md (this file)
Tier 2's e9654518 ('fix(layout): strip stale dockspace IDs from bundled INI;
force live-session apply') broke the bundled INI. Tier 2's theory was
wrong: they claimed HelloImGui computes DockSpace IDs dynamically and
auto-docks windows without DockId references. Reality:
- When an INI exists, HelloImGui reads the literal DockSpace ID
from the file and uses it (matches runtime-generated 2949142533
per the SplitIds line in the user's working INI).
- Without [Docking] children + per-window DockId lines, the dockspace
is empty and windows float at Pos but get clipped by the full-screen
dockspace. Result: zero panels render.
Empirical evidence (from this session, 2026-06-29):
- User's working master manualslop_layout.ini: 2150 bytes,
[Docking] with DockSpace ID=0xAFC85805 + 2 DockNode children
+ per-window DockId. All 9 default-visible panels render.
- Tier 2's saved INI on tier2-clone/tier2/default_layout_install_20260629
HEAD (post-e9654518): 1447 bytes, [Docking] with DockSpace +
CentralNode=1 only, NO DockNode children, NO DockId. ZERO panels
render. Empty workspace with just menu ribbon.
Track scope (4 phases, 22 tasks):
Phase 1: replace layouts/default.ini with working structure (12
default-visible windows with DockId=0x00000001,N or 0x00000002,N;
[Docking] block with DockSpace ID=0xAFC85805 + 2 DockNode children;
scrub stale 'Response' name + the 9 other _STALE_WINDOW_NAMES).
Phase 2: flip tests/test_default_layout_install.py assertions
(e9654518 inverted them: was asserting 'no [Docking] block' =
good; should assert [Docking] + DockIds exist = good).
Phase 3: append FOLLOWUP addendum to Tier 2's TRACK_COMPLETION
documenting e9654518's wrong theory + this correction.
Phase 4: empirical verify (spawn sloppy.py on fixed branch; observe
12 panels render; no [GUI] WARNING: stale window names).
Preserve from e9654518:
- Live-session imgui.load_ini_settings_from_memory() apply
(src/gui_2.py:1478). That part IS correct: HelloImGui reads
ini_filename BEFORE post_init fires, so the live re-apply is
needed for same-session visibility.
Branch: fix lands as 3 fixup commits on
tier2-clone/tier2/default_layout_install_20260629 (no new branch).
TDD red-first per task. NO day estimates per workflow.md Tier 1
Track Initialization Rules. No new src/<thing>.py files (the fix
modifies layouts/default.ini + the existing tests + a doc report).
Empirical: see Image 1 vs Image 2 comparison captured in this session
(screenshots in opencode-minimax-vision/); working main repo has
panels, tier 2 branch has empty workspace.
Two Ryan Fleury talks about the rad debugger / radare2 codebase,
extracted via scripts/video_analysis/extract_transcript.py:
rcJwvx2CTZY_ryan_fleury_raddbg_codebase_intro.json
YouTube ID rcJwvx2CTZY; ~50 min; raddbg codebase intro.
Relevant quote (v1@2237s): 'a view type view is just saying, If you
have this type, just do that automatically for me.'
_9_bK_WjuYY_ryan_fleury_raddbg_walkthrough.json
YouTube ID _9_bK_WjuYY; ~2 hr; raddbg deep walkthrough.
Relevant quote (v2@7697s): 'lenses in the code but to the users
theyre just called views... the type view is just saying... if
you have this type, just do that automatically for me.'
Naming follows the existing docs/transcripts/ convention
({video_id}_{speaker}_{topic}.{ext}) used for i-h95QIGchY_...,
Ddme7DwMQBI_..., wo84LFzx5nI_... .
Referenced from: conductor/tracks/default_layout_install_20260629/spec.md
(Eventual Normalization Target section) and metadata.json as context
for the deferred 'panel_defs_fleury_migration' track. The current
default_layout_install_20260629 track sets up layouts/ + src/layouts.py
as the home for the eventual Fleury-style PANELS: tuple[PanelDef, ...]
migration; this commit makes the source material available in-tree.
Bug: when cwd/manualslop_layout.ini is missing/empty after first-run,
post-deletion, or post-corrupt-INI, the GUI panels are not visible
despite show_windows[name] = True. Root cause is structural: imgui.begin
without [Window][name] + DockId in the INI produces a floating window
that gets clipped by the full-screen dockspace. Empirically confirmed:
8s of running produces a 585-byte INI containing only [Window][Debug##Default].
Fix shape (4 phases):
Phase 1: relocate tests/artifacts/manualslop_layout_default.ini ->
layouts/default.ini (at repo root, parallel to themes/ per
user directive 'no configs in src/'); add src/paths.py
'layouts' field + SLOP_GLOBAL_LAYOUTS env override (mirror
themes pattern at line 60/83/150/210-216); add src/layouts.py
loader module (mirror src/theme_models.py + src/theme_2.py
contract; LayoutFile = @dataclass(frozen=True, slots=True)
per the C11/Odin/Jai-in-Python value-type mandate).
Phase 2: install-on-empty-INI in App._post_init. _install_default_layout_if_empty
helper + drain helper, called BEFORE _diag_layout_state and
BEFORE immapp.run. logs '[GUI] installed default layout: <src> -> <dst>'.
Phase 3: drop hardcoded 'tests/artifacts/live_gui_workspace/...' path
from src/commands.py:reset_layout line 369-376 (dead code in
production; violates 'production code defaults to immediate
directory' directive 2026-06-29).
Phase 4: 3-test regression suite in tests/test_default_layout_install.py
+ 1 unit test in tests/test_reset_layout.py; user manual verify
(delete INI, run sloppy.py standalone, see panels).
TDD red-first per task. Atomic per-task commits with git notes (per
conductor/workflow.md §Task Workflow step 9-10). No day estimates per
conductor/workflow.md §Tier 1 Track Initialization Rules.
Out of scope (deferred): panel_defs_fleury_migration - migrate the ~40
render_x functions to declarative PanelDef records per Ryan Fleury's
raddbg 'type view' / 'lens' pattern. Spec §Eventual Normalization Target
documents the design sketch + the transcripts at docs/transcripts/.
This track sets up layouts/ at repo root + src/layouts.py as the typed
loader so the future migration has somewhere to land.
Tracks.md row will be added in Phase 4 (Task 4.6) when the track ships.
Umbrella track for the second video analysis research campaign. 4 videos:
(1) Reinventing Entropy / Compression is Intelligence, (2) LeCun World
Models, (3) LeCun's Bet Against LLMs, (4) Recursive Self-Improvement.
Follows the established 3-pass pattern from the prior 12-video campaign
(Pass 1: extract via scripts/video_analysis/ pipeline, Pass 2: deobfuscate
via lexicon v2, Pass 3: project to C11/Python via the C11 reference).
Sibling to Campaign A (directive_hotswap_harness_20260627). Cross-campaign:
video 1 (entropy/compression) is most directly relevant to the directive
encoding question. Videos 2-3 (LeCun) inform how LLMs model directive intent.
Video 4 is the meta-question the directive harness addresses.
This plan covers Phase 0 (umbrella setup) + Phase 1 (Pass 1 reports) +
Phase 2 (synthesis) + Phase 3 (checkpoint). Pass 2/3 plans are authored
as sub-tracks once Pass 1 ships.
Spec + plan + metadata + state for the directive hot-swap harness.
Harvests 48 directives from the entire doc tree into conductor/directives/
+ baseline preset + 5 role-prompt 'warm with:' bootstrap updates. No scripts,
no TOML — markdown-only, LLM-native.
Track 1 of Campaign A (Directive Encoding). Sibling campaign B (4-video
analysis) is a separate future track.
48 directives harvested from the entire doc tree into conductor/directives/
+ baseline preset + 5 role-prompt 'warm with:' bootstrap updates. 3 phases:
(1) directive harvest in 10 steps with exact source file:line refs, (2) preset
+ role-prompt updates, (3) verification + end-of-track report.
Sources combed: AGENTS.md, workflow.md, product-guidelines.md, tech-stack.md,
all 10 code_styleguides/*.md. Each v1.md is a verbatim lift with a source
annotation header. No scripts, no TOML — markdown-only, LLM-native.
Design for the directive hot-swap harness (Campaign A) + scope for the
4-video analysis campaign (Campaign B). Two parallel campaigns sharing a
theme (encoding information densely for LLMs) but tracked independently.
Campaign A (Track A-1): directive harvest + conductor/directives/ scaffold
+ preset markdown system + role-prompt 'warm with:' bootstrap. No scripts,
no TOML — markdown-only, LLM-native. Duplicates current directives as v1
variants; alternative encodings (v2+) added over time as experiments.
Campaign B: 4 new videos (entropy/compression, LeCun world models, LeCun
vs LLMs, recursive self-improvement). Follows the established 3-pass
pattern from the previous 12-video campaign. Separate track spec.
Cross-campaign: video insights may surface alternative encoding strategies;
the harness design mirrors the video campaign's deobfuscation pattern
(same content, different encoding).
Two new rules for Tier 2 (added per user directive 2026-06-27 after
Tier 2 ran the full batch and piped through Select-Object -Last 20,
losing the full record):
1. NEVER filter test output (Select-Object, head, tail, | Select -First N).
ALWAYS redirect to a log file, then read it with read_file/grep.
2. Prefer targeted tier runs (--tier tier3, --filter test_<file>) over
the full 11-tier batch. The full batch is for the USER post-merge,
not for Tier 2 per-task verification.
Applied to 3 files: tier2-autonomous.md, tier-2-auto-execute.md,
workflow.md Tier 2 Autonomous Sandbox conventions.
Spec + plan + metadata + state for the ImGui Test Engine integration.
Enables the test engine via --enable-test-engine flag, bridges it through
the existing API hooks layer (4 new /api/test_engine/* endpoints + 4 new
ApiHookClient methods), and proves the full bridge with a smoke test.
The test engine enables high-fidelity simulation of docking, window focus,
panel visibility, drag-and-drop, and keyboard input that the current Hook
API cannot express. The API hooks remain the single communication boundary;
the test engine is integrated behind it.
This is Track 1 of a 3-track campaign:
Track 1: bridge + smoke test (this track)
Track 2: migrate docking/focus/panel tests
Track 3: visual regression via screenshot capture
Key risk: R1 (GIL-transfer crash) mitigated by Phase 1 Task 1.4 manual
verification checkpoint. Parallel-safe against the running tier2 taxonomy
branch and the enforcement_gap_closure track (zero file overlap).
The 2026-06-07/ week subfolder inside license_cve_audit/ was created by
the original audit track using the same <YYYY>-<MM>-<DD> convention.
Per the new repo-wide rule (subdirectories are NOT organized into week
folders, only loose files in docs/reports/ root are), flatten it: move
final.md + initial.md up to license_cve_audit/ root, remove the empty
week subfolder.
Self-documents that subdirectories (existing week folders + category
folders like code_path_audit/ and license_cve_audit/) are skipped
non-recursively. Surfaces in both human-readable and --json output.
Moves 113 loose files in docs/reports/ into week folders named
<YYYY>-<MM>-<DD> (Monday of the file's week). Weeks created:
2026-03-02, 2026-05-04, 2026-05-11, 2026-06-01, 2026-06-08, 2026-06-15.
Current week's files (June 22+) stay in place; 23 in-flight reports
remain in docs/reports/ root. Subdirectories code_path_audit/ and
license_cve_audit/ untouched.
organize_reports.py moves loose files in docs/reports/ into week folders
named <YYYY>-<MM>-<DD> (Monday of the file's week). Old weeks only; current
week's files stay put. Non-recursive: subdirectories like code_path_audit/
and license_cve_audit/ are skipped. Dry-run by default; --apply to move.
MCP_BUGFIX.md had no date in the filename; renamed to MCP_BUGFIX_20260306.md
so the organizer's filename-date heuristic picks it up correctly.
Spec + plan + metadata + state for the enforcement-gap closure track.
Two pieces: (1) new scripts/audit_boundary_layer.py + allowlist to enforce
the section 17.7 'no dict[str, Any] outside the wire boundary' rule; (2) rename
audit_optional_in_3_files.py -> audit_optional_returns.py and widen from 4
baseline files to all src/*.py (baselining 3 history.py residuals).
Parallel-safe against tier2/post_module_taxonomy_de_cruft_20260627: zero file
overlap (touches only scripts/audit_*, scripts/*.toml, python.md, new tests).
Closes contradictions C1, C2, C3-partial, C18-partial, C21 from
docs/reports/CONTRADICTIONS_REPORT_20260627.md. The 14 docs-sync
contradictions (C5-C9, C16, C17, C11-C15, C19, C20) deferred per user
directive until the tier2 taxonomy branch stabilizes.
User: 'isn't AGENT_TOOL_NAMES a redundant thing thats directly associated
with the mcp_client.py?' - YES, confirmed.
The existing test test_tool_names_subset_of_models_agent_tool_names
literally asserts: tool_names() ⊆ AGENT_TOOL_NAMES. So AGENT_TOOL_NAMES
is just a hardcoded snapshot of mcp_tool_specs.tool_names().
Action: DELETE AGENT_TOOL_NAMES from models.py (not just move it).
Derive at consumer sites: list(mcp_tool_specs.tool_names()).
8 consumer sites to update:
- 3 in src/app_controller.py:2110, 2972, 3273
- 5 in tests/test_arch_boundary_phase2.py:23, 29, 31, 32, 33
The cross-check test becomes either redundant or converts to a
positive assertion (e.g., assert that the derived list has at
least the canonical tool count).
models.py reduces further: from ~60 to ~30 lines after deletion.
This further reduces the models.py footprint. Combined with the
previous audit (move vendor files to ai_client.py, split out mma.py
+ project.py + project_files.py), models.py becomes essentially
empty - just the Pydantic proxy code that may also move to api_hooks.py.
Net effect: models.py could be ELIMINATED entirely (becomes ~0 lines
or just an __init__.py marker). The followup should consider whether
to delete models.py completely.
Tier 2 marked Phase 2 (VC8) as 'spec mismatch' because the spec says
'add ProjectContext with all fields observed in flat_config' but
doesn't enumerate which fields. Tier 2 needs the spec to be specific
before it can resume.
This correction specifies the exact schema based on the actual code:
flat_config returns a NESTED dict with 6 top-level fields:
- project (Meta: name, summary_only, execution_mode)
- output (Output: namespace, output_dir)
- files (Files: base_dir, paths)
- screenshots (Screenshots: base_dir, paths)
- context_presets (opaque dict pass-through)
- discussion (Discussion: roles, history)
The 11 sub-fields are derived from aggregate.run's access patterns
(src/aggregate.py:484-525). output_dir and files.base_dir are REQUIRED
(direct subscript); all others use .get() with defaults.
Recommended design: 6 sub-dataclasses (ProjectMeta, ProjectOutput,
ProjectFiles, ProjectScreenshots, ProjectDiscussion, ProjectContext),
each matching the nested dict shape. ProjectContext has dict-compat
methods (__getitem__ + get) so consumers don't need migration.
Two migration options:
- Option A (incremental): ProjectContext has dict-compat; consumers
unchanged. Flat fix.
- Option B (full): Migrate all 8 consumer sites + 2 test mocks to
use sub-dataclass access. ~40 lines across 10 files.
Acceptance: 5 corrected VC8 criteria. Tier 2 can resume Phase 2 directly.
TIER-1 READ conductor/tracks/cruft_elimination_20260627/spec.md + src/project_manager.py:268 + src/aggregate.py:484-525 + src/type_aliases.py + src/models.py before this commit.
ed