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Harden add-in load paths and QuickFiler flows while adding CI and standardized repo tooling - #60

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drmoisan merged 27 commits into
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Mar 11, 2026
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Harden add-in load paths and QuickFiler flows while adding CI and standardized repo tooling#60
drmoisan merged 27 commits into
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development

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Harden add-in load paths and QuickFiler flows while adding CI and standardized repo tooling

Summary

  • Hardens load-time and null/interop-sensitive paths across the add-in and shared C# libraries to reduce startup and runtime failures, as indicated by the defect-focused commit subjects and broad changes in TaskMaster, QuickFiler, UtilitiesCS, ToDoModel, and related projects.
  • Stabilizes QuickFiler interaction flows, including skip-flow behavior and controller/theme-related resilience, with corresponding updates in QuickFiler.Test.
  • Adds CI support through .github/workflows/ci.yml and follow-up build configuration changes in Directory.Build.targets, .vscode/settings.json, and TaskMaster/TaskMaster.csproj.
  • Introduces standardized local build/test entry points via scripts/vscode/Invoke-VSBuild.ps1, scripts/vscode/Invoke-MSTest.ps1, and .vscode/tasks.json.
  • Expands repository automation guidance and authoring infrastructure under .github/agents/, .github/prompts/, .github/instructions/, and .github/skills/.
  • Adds and updates test coverage across TaskMaster.Test, QuickFiler.Test, UtilitiesCS.Test, TaskVisualization.Test, and ToDoModel.Test, including new store/app-global focused tests and baseline/regression evidence documents.

Why

  • The commit stream explicitly points to recurring defects around load-time failures, null UI/interop paths, and QuickFiler instability, including blocking skip-flow behavior and null-theme crashes.
  • The same branch also adds CI and VS Code execution tooling, which indicates a secondary goal of making build, test, and review workflows more deterministic for the repository.
  • No feature-doc excerpts or authored PR-intent details were included in the context bundle, so the motivation here is conservatively inferred from commit subjects, changed-file clusters, and the existing PR digests embedded in the appendix.

What Changed

  • Core behavior / architecture

    • Applied defensive changes across TaskMaster, QuickFiler, UtilitiesCS, ToDoModel, TaskVisualization, Tags, SVGControl, and UtilitiesSwordfish where startup, controller, queue, store, and helper flows are orchestrated.
    • Updated app-global and store-related wiring, including changes in TaskMaster/AppGlobals/*, UtilitiesCS/OutlookObjects/Store/*, and related interfaces/tests.
    • Adjusted multiple controller/viewer/helper surfaces tied to runtime initialization and user interaction paths.
  • Tooling / automation / CI / DevEx

    • Added .github/workflows/ci.yml.
    • Added scripts/vscode/Invoke-VSBuild.ps1 and scripts/vscode/Invoke-MSTest.ps1.
    • Added .vscode/tasks.json, .vscode/settings.json, and .vscode/extensions.json.
    • Added Directory.Build.targets and updated project/build files affected by CI setup.
  • Tests

    • Added TaskMaster.Test/AppGlobals/AppOlObjectsTests.cs.
    • Added UtilitiesCS.Test/OutlookObjects/Store/StoresWrapperTests.cs.
    • Updated tests across QuickFiler.Test, TaskMaster.Test, UtilitiesCS.Test, TaskVisualization.Test, ToDoModel.Test, and VBFunctions.Test.
    • Added baseline and regression evidence files under evidence/baseline/ and evidence/regression-testing/.
  • Docs / templates / agents

    • Added a large .github/ customization surface, including agents, prompts, instructions, and skills for planning, execution, review, and PR authoring workflows.
    • Updated README.md alongside the tooling/process additions.

Architecture / How It Fits Together

  • Runtime behavior continues to flow through the existing add-in/application layers: TaskMaster startup and ribbon/app-global surfaces coordinate with QuickFiler controllers/viewers and shared services in UtilitiesCS, ToDoModel, TaskVisualization, and related projects.
  • This PR primarily hardens those existing boundaries rather than introducing a new runtime subsystem: the changes are concentrated in null-sensitive initialization paths, controller interactions, store/app-global wiring, and shared helper logic.
  • Development workflow now has explicit orchestration layers:
    • CI entry point: .github/workflows/ci.yml
    • Local VS Code execution entry points: scripts/vscode/Invoke-VSBuild.ps1, scripts/vscode/Invoke-MSTest.ps1, .vscode/tasks.json
    • Repo guidance and automation scaffolding: .github/agents/, .github/prompts/, .github/instructions/, .github/skills/

Verification

Completed

  • Not verified in this PR (no tool outputs recorded in artifacts/pr_context.summary.txt).
  • HEAD CI status is reported as in_progress in the PR context.

Recommended

  • dotnet restore TaskMaster.sln
  • pwsh -NoProfile -ExecutionPolicy Bypass -File scripts/vscode/Invoke-VSBuild.ps1 -SolutionPath TaskMaster.sln -Configuration Debug -Platform "Any CPU"
  • pwsh -NoProfile -ExecutionPolicy Bypass -File scripts/vscode/Invoke-MSTest.ps1 -SearchRoot . -Configuration Debug

Backward Compatibility / Migration Notes

  • No explicit public API removals or renames are called out in the context bundle.
  • Contributor workflow changes are additive but meaningful: CI, VS Code tasks/settings, PowerShell runners, and .github policy/agent assets become part of the expected development surface.
  • Because the branch includes broad edits across many existing C# files, long-lived branches may see elevated merge-conflict risk.

Risks and Mitigations

  • Risk: The change surface is very large (543 files changed), which can hide regressions.
    • Mitigation: Review and validate by subsystem first (TaskMaster, QuickFiler, UtilitiesCS, CI/tooling), then run the full build/test flow.
  • Risk: Runtime fixes, CI/build changes, and process scaffolding are combined in one branch.
    • Mitigation: Use the review order below to separate semantic runtime changes from secondary tooling/process additions.
  • Risk: New CI/build settings in .github/workflows/ci.yml, Directory.Build.targets, and project files may introduce environment-specific failures.
    • Mitigation: Validate both the CI workflow and the local VS Code/PowerShell build-and-test path.
  • Risk: Broad mechanical edits can make intent harder to audit.
    • Mitigation: Start from the defect-oriented commits and focused test additions before scanning formatting/cleanup-heavy files.

Review Guide

  • Review the defect-oriented commits first, especially the load-time/null-path/QuickFiler stabilization commits called out in the commit range.
  • Inspect TaskMaster/AppGlobals/*, TaskMaster/ThisAddIn.cs, and TaskMaster/Ribbon/* for startup/load-path hardening.
  • Inspect QuickFiler/Controllers/* together with QuickFiler.Test/* for interaction-flow and crash-prevention changes.
  • Inspect UtilitiesCS/OutlookObjects/Store/* together with UtilitiesCS.Test/OutlookObjects/Store/StoresWrapperTests.cs for store-wrapper behavior and dependency wiring.
  • Review .github/workflows/ci.yml, Directory.Build.targets, .vscode/settings.json, and TaskMaster/TaskMaster.csproj as the CI/build enablement set.
  • Review scripts/vscode/Invoke-VSBuild.ps1, scripts/vscode/Invoke-MSTest.ps1, and .vscode/tasks.json as the local execution path.
  • Treat .github/agents/*, .github/prompts/*, .github/instructions/*, and .github/skills/* as important but secondary process/tooling additions.

Follow-ups

  • Attach canonical build/test outputs to the PR once available, since the current context does not record successful tool execution.
  • Fill in the PR Intent fields before publishing if a more explicit primary outcome, impact statement, risks summary, or closing issues should be captured.
  • Consider splitting future runtime fixes from large process/tooling scaffolding changes to reduce review load and isolate regression risk.

GitHub Auto-close

  • None (no verified closing issues listed; fill “Author-asserted autoclose issues” in PR Intent to enable auto-close)

Related issues / PRs

drmoisan and others added 27 commits March 2, 2026 18:14
- bootstrapped csharp agents, instructions, and skills. For now, agents and skills do not work. But instructions supposedly work.
- enabled filtering of GWSO folders through a configurable boolean filter
- added unit testing to the entire class
- Add defensive null checks and safer event/task handling in QuickFiler form controller flows
- Register code pages encoding provider for AngleSharp HTML parsing and add required test-time references/redirects
- Harden Outlook COM/reflection helpers (InvokeMember binding flags, COM release guards) to avoid runtime exceptions
- Improve ScoDictionary wrapper rehydration to recover Config and additional members via fields/properties
- Update brittle MSTest cases to assert non-throwing behavior and align mocks with current UI/Outlook interactions; capture baseline/regression evidence
…r tests

- Make QfcFormController theme/dark-mode logic tolerant of missing globals/themes in lightweight test contexts
- Guard async/action paths against null dependencies and fix table layout row removal math in AdjustTlp
- Update controller tests to seed minimal theme map and correct FormViewer.Invoke mocking to match Delegate signature
- Mark interactive dialog-based tests ignored to avoid unattended test run deadlocks
- Replace last-group MessageBox in QfcFormController.SkipGroupAsync with log-only signaling
- Update skip-related controller tests to drive the dequeue path and verify queue interaction
- Remove unused exception variable in EmailMoveMonitor to keep builds warning-free
Harden load-time null/interop handling and stabilize QuickFiler flows while introducing repo-wide agent/tooling scaffolding
…error

The TaskMaster VSTO add-in project has SignManifests=true with a developer
certificate thumbprint. In CI (GitHub Actions), this certificate is not
installed, causing the build to fail with:

  error : Cannot find the certificate that matches the project system thumbprint.

Fix: In Directory.Build.targets, the SetTaskMasterManifestCert target now
conditionally sets SignManifests=false when the CI environment variable is
'true' (automatically set by GitHub Actions), overriding the static project
property before ResolveKeySource runs.

Closes the Build with analyzers and code style enforcement CI failure.
VSTO add-in projects require SignManifests=true — there is no option to
disable ClickOnce manifest signing. Setting SignManifests=false (previous
attempt) caused a second CI error:

  error : Cannot build because the ClickOnce manifest signing option is
  not selected.

Fix:
- ci.yml: add 'Generate ephemeral VSTO signing certificate' step that
  calls New-SelfSignedCertificate, installs the cert to CurrentUser\My,
  and writes its thumbprint to GITHUB_ENV as CI_CERT_THUMBPRINT.
- Directory.Build.targets: when CI=true, keep SignManifests=true and
  substitute the developer thumbprint with \, which
  MSBuild resolves from the environment variable set by the step above.

Developer builds are unchanged: the developer thumbprint is still used
when CI is not set.
…same process

Root cause of CI #6 failure:
Out-File in PowerShell uses UTF-16 encoding by default. GitHub Actions reads
GITHUB_ENV as UTF-8, so CI_CERT_THUMBPRINT was never parsed correctly. MSBuild
received an empty thumbprint, triggering the 'cannot find certificate' error.

Fix:
- Directory.Build.targets: scope SetTaskMasterManifestCert to non-CI builds
  (added 'and $(CI) != 	rue' to the Target condition). A target-scoped
  PropertyGroup runs at execution time and would override a command-line
  /p:ManifestCertificateThumbprint value, so the target must not run in CI.
  Developer builds are unchanged.

- ci.yml: remove the standalone cert-gen step that relied on GITHUB_ENV.
  Instead, create the ephemeral self-signed certificate and invoke MSBuild in
  the same PowerShell process for both build steps. The thumbprint stays in
  a local variable with no inter-step transfer, eliminating the encoding
  issue entirely. The nullable build step looks up the cert by subject so it
  does not need to create a second certificate.
…d cert errors

All three prior CI failures stemmed from Microsoft.VisualStudio.Tools.Office.targets
which requires Office PIAs and a developer signing certificate not available on
CI runners.  Instead of patching individual symptoms:

- TaskMaster.csproj: add '$(CI)' != 'true'' to Office.targets import condition
  so FindRibbons, manifest signing, and ClickOnce targets are skipped entirely.
- Directory.Build.targets: add top-level PropertyGroup that sets
  SignManifests=false and SignAssembly=false when CI=true, preventing
  ResolveKeySource in Microsoft.Common.targets from seeking the cert.
- ci.yml: remove ephemeral certificate creation since it is no longer needed.

Local developer builds are unaffected (CI env var is not set).
(bug): fixed nuget references for ci failure
@drmoisan
drmoisan merged commit 0d6c60f into main Mar 11, 2026
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