SaaS Metrics
Gemini Executive Synthesis
`contained-app`'s Docker Compose stack management, specifically introducing persistent storage and lifecycle management for Compose files.
Technical Positioning
A native macOS app for Apple's Container CLI, aiming to provide comprehensive and robust management of containerized applications, treating Compose definitions as a 'source of truth.'
SaaS Insight & Market Implications
This issue identifies a critical deficiency in `contained-app`: the lack of persistent Docker Compose stack management. Currently, Compose files are treated as one-shot imports, leading to configuration drift between the original definition and live containers. The proposed solution introduces a dedicated system to store, edit, and maintain Compose files as a 'source of truth.' This enhancement is crucial for developers managing complex multi-service applications, ensuring consistency, simplifying updates, and enabling reliable lifecycle management. By addressing this, `contained-app` significantly improves its value proposition for professional users, positioning itself as a more mature and capable container orchestration tool, essential for enterprise adoption and competitive differentiation.
Proprietary Technical Taxonomy
Raw Developer Origin & Technical Request
GitHub Issue
Jun 27, 2026
Repo: tdeverx/contained-app
Persistent Docker Compose stack management
## Overview
Introduce a dedicated place to view, store, edit, and maintain Docker Compose files within Contained, treating a stored compose definition as a source of truth rather than a one-shot import.
Today Compose is consumed at creation time: ComposeImport parses a compose file into per-service run specs, pulls images, and steps through prefilled New Container windows. After import there is no durable record of the original file and no link back to it, so containers and the Compose definition can drift.
## Relationships
Related work: unified creation flow in #10 and runtime backend abstraction in #36 in #36.
## Research / design checklist
- [ ] Decide how stored Compose stacks are identified, named, and located.
- [ ] Decide whether to persist raw YAML only, parsed models, or both.
- [ ] Define how drift between stored definitions and live containers should be detected and presented.
- [ ] Decide which edit, re-sync, recreate, and export actions are safe for a first version.
- [ ] Confirm how this should interact with runtime backend work.
## Implementation checklist
- [ ] Persist imported or created Compose definitions as raw YAML plus parsed model where useful.
- [ ] List stored Compose stacks with services and current container status.
- [ ] Edit a stored Compose file and re-apply it.
- [ ] Re-sync a running stack from its stored definition.
- [ ] Surface drift between stored definitions and live containers.
- [ ] Export a stored stack to a compose file.
- [ ] ...
Developer Debate & Comments
## Suggested beta slice I would keep the first beta version of persistent Compose stacks deliberately small: make Contained remember and explain Compose definitions, not become a full Compose orchestrator in one pass. A useful beta slice could be: - Persist the raw compose YAML plus lightweight parsed metadata: project name, services, images, ports, volumes, env-file references, and import warnings. - Add a Stacks/Templates-style list where a stored Compose definition can be reopened after the initial import. - Show service-to-container status by matching the generated/imported service names and labels/local metadata where available. - Expose drift as a warning state: stored definition differs from live containers, live container missing, extra live container, or unsupported values were ignored during import. - Support export of the original/stored YAML before supporting generated Compose from arbitrary existing containers. - Support edit + re-import into the existing prefilled run ...
Progress note from draft (`56700b8d`): this PR lays groundwork but does not close this issue. Compose import now flows through Core schema/runtime projection, Docker host-network behavior is runtime-specific, and app persistence now has `RecipeRecord` for non-live drafts/imported services. Still open: durable stored Compose stack management, drift detection, edit/re-apply, re-sync, and export workflows.
Progress note from draft at `51d9c734`: Compose import is now grounded in Core's canonical parser and runtime projection model, with RecipeRecord available for non-live drafts/imported services. Docker-specific projection exists as dormant adapter groundwork, not an enabled app runtime.\n\nStill open: durable Compose stack storage, drift detection, edit/re-apply, re-sync, and export workflows are not implemented in this PR.
Adjacent Repository Pain Points
Other highly discussed features and pain points extracted from tdeverx/contained-app.
Extracted Positioning
`contained-app`'s CI/CD pipeline, specifically the reliability and performance of Swift CodeQL analysis.
A native macOS app for Apple's Container CLI, aiming for robust code quality and security through automated static analysis, maintaining high development velocity.
Top Replies
The stayed-in-Build-and-had-to-be-cancelled failure mode is the one place where config can cap the damage while you tune the analysis itself. You've already got `timeout-minutes` on both CodeQL job...
Progress note from draft (`56700b8d`): repository validation and workflow path filters were tightened, and `./scripts/ci-validate.sh` now covers release-note shape, docs/wiki mapping, package-bound...
@Ace2932 thanks you for the tips/website, i'm going to be folding these fixes into the next build 🤝
Extracted Positioning
`contained-app`'s overall UI/UX, undergoing a comprehensive review and redesign.
A native macOS app for Apple's Container CLI, aiming to deliver a superior, intuitive, and consistent user experience, prioritizing user interaction and visual clarity.
Top Replies
## Suggested beta-completion shape For beta, I would treat this issue as a product-readiness sweep over the **default sidebar experience**, not a mandate to perfect every experimental surface. Sugg...
Progress update from draft (`56700b8d`): the branch now moves repeated visual behavior into `ContainedUI`/`ContainedUX`, keeps classic sidebar fallback intact, contains AppKit usage, fixes the runt...
Progress update from draft at `51d9c734`: the branch now includes the grouped form cleanup, runtime-scoped Run/Edit and volume/mount wiring, Settings runtime sections driven by Core capabilities, s...
Extracted Positioning
`contained-app`'s design system, focusing on cleanup and user-configurable style primitives.
A native macOS app for Apple's Container CLI, aiming for a consistent, maintainable, and user-friendly UI/UX.
Top Replies
## Suggested cleanup pass For beta, I would aim for a design-system consolidation pass that reduces visible inconsistency without forcing the package extraction work from . Suggested inventory buck...
Progress update from draft (`56700b8d`): this is now actively in progress. The branch extracts reusable UI into `Packages/ContainedUI`, routes app views through `UI.*` primitives, adds package-inte...
Progress update from draft at `51d9c734`: shared visual work now routes through `Packages/ContainedUI`, colocated previews live on element declaration files, repeated implementation anatomy has pac...
Extracted Positioning
`contained-app`'s container widgets, specifically expanding chart types, display options, and metrics.
A native macOS app for Apple's Container CLI, aiming to provide rich, customizable, and insightful visualization of container performance and status.
Top Replies
## Suggested first-pass widget set For beta, I would keep the widget work useful and legible rather than broad. The strongest first pass is renderer parity plus a few metrics users can immediately ...
Progress update from draft (`56700b8d`): this is now actively in progress. The branch moves widget configuration/personalization into the runtime-first app model, routes card rendering through shar...
Progress update from draft at `51d9c734`: widget/card state now sits inside the runtime-first app model and card rendering keeps using shared chart/card primitives, including the runtime-scoped mor...
Extracted Positioning
`contained-app`, specifically the implementation of a diagnostics export feature for beta bug reports.
A native macOS app for Apple's Container CLI, preparing for a beta release, aiming to provide a robust, user-friendly, and secure debugging experience for beta testers.
Frequently Asked Questions
Market intelligence mapped to `contained-app`'s Docker Compose stack management, specifically introducing persistent storage and lifecycle management for Compose files..
How is `contained-app`'s Docker Compose stack management, specifically introducing persistent storage and lifecycle management for Compose files. positioned in the market?
Based on our AI analysis of the original developer request, its primary technical positioning is: A native macOS app for Apple's Container CLI, aiming to provide comprehensive and robust management of containerized applications, treating Compose definitions as a 'source of truth.'
What is the general sentiment around `contained-app`'s Docker Compose stack management, specifically introducing persistent storage and lifecycle management for Compose files.?
Yes, we have tracked 3 direct responses and active debates regarding this specific topic originating from GitHub Issue.
What architecture is tied to `contained-app`'s Docker Compose stack management, specifically introducing persistent storage and lifecycle management for Compose files.?
Our proprietary extraction maps `contained-app`'s Docker Compose stack management, specifically introducing persistent storage and lifecycle management for Compose files. to adjacent architectural concepts including Persistent Docker Compose stack management, Docker Compose files, source of truth, one-shot import.
Engagement Signals
Cross-Market Term Frequency
Quantifies the cross-market adoption of foundational terms like source of truth and Persistent Docker Compose stack management by tracking occurrence frequency across active SaaS architectures and enterprise developer debates.