fix merge-conflict in Resolution 017
continuous-integration/drone/push Build is passing
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continuous-integration/drone/push Build is passing
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This commit is contained in:
commit
650735a40b
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@ -8,7 +8,4 @@ WORKDIR /docs
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RUN apk add --no-cache curl
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RUN pip install \
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mkdocs-material~=9.5.7 \
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mkdocs-material-extensions~=1.3.1 \
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mkdocs-awesome-pages-plugin==2.9.2
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RUN pip install -r requirements.txt
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@ -1,10 +1,9 @@
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---
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title: "Resolution 017"
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---
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- Topic: BeWater joins the Co-op Cloud Federation
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- Date: 30-01-2024
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- Deadline: 13-02-2024
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- Deadline: 21-02-2024
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- Size: Large
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### Summary
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@ -0,0 +1,25 @@
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---
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title: "Support Us"
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---
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If you like what you see whilst browsing Co-op Cloud and would like to
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contribute financially, as opposed to with code, we currently receive donations
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via an [Open Collective account](https://opencollective.com/coop-cloud).
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<div class="grid cards" markdown>
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- __Infrastructure Support__
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If you make use of our digital infrastructure and want to help out with
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maintenance costs, we wold be grateful :heart:
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[Donate Now](https://opencollective.com/coop-cloud/contribute/infrastructure-sustainability-29878/checkout){ .md-button .md-button--primary }
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- __Join The Federation__
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If you want to be more actively involved as a supporter, consider joining
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our Federation :handshake_tone2:
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[Learn More](/federation/){ .md-button .md-button--primary }
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</div>
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@ -0,0 +1,158 @@
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---
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title: Comparisons
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---
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We think it's important to understand that *Co-op Cloud* is more than just
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software and technical configurations. It is also a novel organization of *how*
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to [create technology socially](https://docs.coopcloud.tech/federation).
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However, strictly technically speaking you may be wondering:
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### What about `$alternative`?
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We have various technical critiques of other similar projects which are already up-and-running in the ecosystem, as they don't necessarily meet our needs as a small tech co-op. However, Co-op Cloud isn't meant to be a replacement for these other projects.
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Here is a short overview of the pros/cons we see, in relation to our goals and needs.
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### Cloudron
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#### Pros
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- 👍 Decent web interface for app, domain & user management.
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- 👍 Large library of apps.
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- 👍 Built-in SSO using LDAP, which is compatible with more apps and often has a better user interface than OAuth.
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- 👍 Apps are actively maintained by the Cloudron team.
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#### Cons
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- 👎 Moving away from open source. The core is now proprietary software.
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- 👎 Libre tier has a single app limit.
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- 👎 Based on Docker images, not stacks, so multi-process apps (e.g. parsoid visual editor for Mediawiki) are a non-starter.
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- 👎 Difficult to extend apps.
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- 👎 Only supported on Ubuntu LTS.
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- 👎 Upstream libre software communities aren't involved in packaging.
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- 👎 Limited to vertical scaling.
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- 👎 Tension between needs of hosting provider and non-technical user.
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- 👎 LDAP introduces security problems - one vulnerable app can expose a user's password for all apps.
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- 👎 Bit of a [black box](https://en.wikipedia.org/wiki/Black_box).
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### YunoHost
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#### Pros
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- 👍 Lovely web interface for app, domain & user management.
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- 👍 Bigger library of apps.
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- 👍 Awesome backup / deploy / restore continuous integration testing.
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- 👍 Supports hosting apps in subdirectories as well as subdomains.
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- 👍 Doesn't require a public-facing IP.
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- 👍 Supports system-wide mutualisation of resources for apps (e.g. sharing databases by default)
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#### Cons
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- 👎 Upstream libre software communities aren't involved in packaging.
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- 👎 Uninstalling apps leaves growing cruft.
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- 👎 Limited to vertical scaling.
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- 👎 Not intended for use by hosting providers.
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### Caprover
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#### Pros
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- 👍 Bigger library of apps.
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- 👍 Easy set-up using a DigitalOcean one-click app.
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- 👍 Works without a domain name or a public IP, in non-HTTPS mode (good for homeservers).
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- 👍 Deploy any app with a `docker-compose.yml` file as a "One Click App" via the web interface.
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- 👍 Multi-node (multi-server) set-up works by default.
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#### Cons
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- 👎 Single-file app definition format, difficult to tweak using entrypoint scripts.
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- 👎 Nginx instead of Traefik for load-balancing.
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- 👎 Command-line client requires NodeJS / `npm`.
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- 👎 [Requires 512MB RAM for a single app](https://github.com/caprover/caprover/issues/28).
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- 👎 [Backup/restore is "experimental"](https://caprover.com/docs/backup-and-restore.html), and doesn't currently help with backing up Docker volumes.
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- 👎 Exposes its bespoke management interface to the internet via HTTPS by default.
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### Ansible
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#### Pros
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- 👍 Includes server creation and bootstrapping.
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#### Cons
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- 👎 Upstream libre software communities aren't publishing Ansible roles.
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- 👎 Lots of manual work involved in things like app isolation, backups, updates.
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### Kubernetes
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#### Pros
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- 👍 Helm charts are available for some key apps already.
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- 👍 Scale all the things.
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#### Cons
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- 👎 Too big -- requires 3rd party tools to run a single-node instance.
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- 👎 Not suitable for a small to mid size hosting provider.
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### Docker-compose
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#### Pros
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- 👍 Quick to set up and familiar for many developers.
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#### Cons
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- 👎 Manual work required for process monitoring.
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- 👎 Secret storage not available yet.
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- 👎 [Swarm is the new best practice](https://github.com/BretFisher/ama/issues/8#issuecomment-367575011).
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### Doing it Manually (Old School)
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#### Pros
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- 👍 Simple - just follow upstream instructions to install and update.
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#### Cons
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- 👎 Loads of manual work required for app isolation and backups.
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- 👎 Array of sysadmin skills required to install and maintain apps.
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- 👎 Hard to share configurations into the commons.
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- 👎 No idea who has done what change when.
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### Stackspin
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#### Pros
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- 👍 Easy instructions to install & upgrade multiple tightly integrated apps.
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- 👍 Offers a unified SSO user experience.
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- 👍 Offers tightly integrated logging, monitoring, and maintenance.
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- 👍 Has a strong focus and attention to security.
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#### Cons
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- 👎 Upstream libre software communities aren't involved in packaging.
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- 👎 It is not designed to be a general specification.
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- 👎 Hard to share configurations into the commons.
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- 👎 Significantly limited library of eight apps.
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- 👎 Additional apps are treated as "External Apps" with only OAuth2/OpenID integration.
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- 👎 Requires a Kubernetes cluster.
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### Maadix
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#### Pros
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- 👍 Nice looking web interface for app, domain & user management.
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- 👍 Offers a paid hosting service to get up and running easily.
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#### Cons
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- 👎 Upstream libre software communities aren't involved in packaging.
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- 👎 It is not designed to be a general specification.
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- 👎 Hard to share configurations into the commons.
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- 👎 Limited library of apps.
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- 👎 Uses *OpenNebula*, *Ansible*, and *Puppet* as underlying technologies.
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- 👎 Appears to be only a team of two people.
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- 👎 Appears to be inactive on Mastodon and limited GitLab activity.
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@ -40,118 +40,6 @@ Also see our [strategy page](../strategy/).
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See ["Package your first recipe"](/maintainers/tutorial/#package-your-first-recipe) for more.
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## What about `$alternative`?
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We have various technical critiques of other similar projects which are already up-and-running in the ecosystem, as they don't necessarily meet our needs as a small tech co-op. However, Co-op Cloud isn't meant to be a replacement for these other projects.
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Here is a short overview of the pros/cons we see, in relation to our goals and needs.
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### Cloudron
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#### Pros
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- 👍 Decent web interface for app, domain & user management.
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- 👍 Large library of apps.
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- 👍 Built-in SSO using LDAP, which is compatible with more apps and often has a better user interface than OAuth.
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- 👍 Apps are actively maintained by the Cloudron team.
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#### Cons
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- 👎 Moving away from open source. The core is now proprietary software.
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- 👎 Libre tier has a single app limit.
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- 👎 Based on Docker images, not stacks, so multi-process apps (e.g. parsoid visual editor for Mediawiki) are a non-starter.
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- 👎 Difficult to extend apps.
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- 👎 Only supported on Ubuntu LTS.
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- 👎 Upstream libre software communities aren't involved in packaging.
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- 👎 Limited to vertical scaling.
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- 👎 Tension between needs of hosting provider and non-technical user.
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- 👎 LDAP introduces security problems - one vulnerable app can expose a user's password for all apps.
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- 👎 Bit of a [black box](https://en.wikipedia.org/wiki/Black_box).
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### YunoHost
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#### Pros
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- 👍 Lovely web interface for app, domain & user management.
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- 👍 Bigger library of apps.
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- 👍 Awesome backup / deploy / restore continuous integration testing.
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- 👍 Supports hosting apps in subdirectories as well as subdomains.
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- 👍 Doesn't require a public-facing IP.
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- 👍 Supports system-wide mutualisation of resources for apps (e.g. sharing databases by default)
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#### Cons
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- 👎 Upstream libre software communities aren't involved in packaging.
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- 👎 Uninstalling apps leaves growing cruft.
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- 👎 Limited to vertical scaling.
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- 👎 Not intended for use by hosting providers.
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### Caprover
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#### Pros
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- 👍 Bigger library of apps.
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- 👍 Easy set-up using a DigitalOcean one-click app.
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- 👍 Works without a domain name or a public IP, in non-HTTPS mode (good for homeservers).
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- 👍 Deploy any app with a `docker-compose.yml` file as a "One Click App" via the web interface.
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- 👍 Multi-node (multi-server) set-up works by default.
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#### Cons
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- 👎 Single-file app definition format, difficult to tweak using entrypoint scripts.
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- 👎 Nginx instead of Traefik for load-balancing.
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- 👎 Command-line client requires NodeJS / `npm`.
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- 👎 [Requires 512MB RAM for a single app](https://github.com/caprover/caprover/issues/28).
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- 👎 [Backup/restore is "experimental"](https://caprover.com/docs/backup-and-restore.html), and doesn't currently help with backing up Docker volumes.
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- 👎 Exposes its bespoke management interface to the internet via HTTPS by default.
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### Ansible
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#### Pros
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- 👍 Includes server creation and bootstrapping.
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#### Cons
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- 👎 Upstream libre software communities aren't publishing Ansible roles.
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- 👎 Lots of manual work involved in things like app isolation, backups, updates.
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### Kubernetes
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#### Pros
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- 👍 Helm charts are available for some key apps already.
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- 👍 Scale all the things.
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#### Cons
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- 👎 Too big -- requires 3rd party tools to run a single-node instance.
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- 👎 Not suitable for a small to mid size hosting provider.
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### Docker-compose
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#### Pros
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- 👍 Quick to set up and familiar for many developers.
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#### Cons
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- 👎 Manual work required for process monitoring.
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- 👎 Secret storage not available yet.
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- 👎 [Swarm is the new best practice](https://github.com/BretFisher/ama/issues/8#issuecomment-367575011).
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### Doing it Manually (Old School)
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#### Pros
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- 👍 Simple - just follow upstream instructions to install and update.
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#### Cons
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- 👎 Loads of manual work required for app isolation and backups.
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- 👎 Array of sysadmin skills required to install and maintain apps.
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- 👎 Hard to share configurations into the commons.
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- 👎 No idea who has done what change when.
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## Which technologies are used?
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@ -27,7 +27,7 @@ This is a [compose specification](https://compose-spec.io/) compliant file that
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### `.env.sample`
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This file is a skeleton for environmental variables that should be adjusted by the user. Examples include: domain or php extention list. Whenever you create a new app with `abra app new` this file gets copied to the `~/.abra/servers/<server-domain>/<app-domain>.env` and when you run `abra app config <app-domain>` you're editing this file.
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This file is a skeleton for environmental variables that should be adjusted by the user. Examples include: domain or PHP extension list. Whenever you create a new app with `abra app new` this file gets copied to the `~/.abra/servers/<server-domain>/<app-domain>.env` and when you run `abra app config <app-domain>` you're editing this file.
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### `abra.sh`
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@ -433,7 +433,7 @@ You can pass `--publish` to have `abra` automatically publish those changes.
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[`coop-cloud/rallly` repository](https://git.coopcloud.tech/coop-cloud/rallly)
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(probably [using `abra recipe
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release`](#how-do-i-release-a-new-recipe-version)), it automatically does the
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[recipe catalogue generation steps(#how-do-i-generate-the-recipe-catalogue)"
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[recipe catalogue generation steps](#how-do-i-generate-the-recipe-catalogue)"
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1. Check whether tag builds are already trying to run: go to
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https://build.coopcloud.tech, search for the recipe name (in this case taking
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@ -16,10 +16,10 @@ Depending on your familiarity with recipes, it might be worth reading [how a rec
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The ideal scenario is when the upstream project provides both the packaged image and a compose configuration which we can build from. If you're in luck, you'll typically find a `Dockerfile` and a `docker-compose.yml` file in the root of the upstream Git repository for the app.
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- **Tired**: Write your own image and compose file from scratch
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- **Wired**: Use someone else's image (& maybe compose file)
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- **Inspired**: Upstream image, someone else's compose file
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- **On fire**: Upstream image, upstream compose file
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- **Tired**: Write your own image and compose file from scratch :sleeping:
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- **Wired**: Use someone else's image (& maybe compose file) :smirk_cat:
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- **Inspired**: Upstream image, someone else's compose file :exploding_head:
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- **On fire**: Upstream image, upstream compose file :fire:
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### Writing / adapting the `compose.yml`
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@ -55,6 +55,7 @@ nav:
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- index.md
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- "Frequently asked questions": intro/faq.md
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- "Project strategy": intro/strategy.md
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- "Comparisons": intro/comparisons.md
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- "Project status": intro/bikemap.md
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- "Managed hosting": intro/managed.md
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- "Get in touch": intro/contact.md
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@ -92,6 +93,7 @@ nav:
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- "Cheat Sheet": abra/cheat-sheet.md
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- "Get Involved":
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- get-involved/index.md
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- "Support Us": get-involved/support.md
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- "Federation":
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- federation/index.md
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- "Bylaws": federation/bylaws.md
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