* chore: [OCISDEV-5] Merge and relicense ownCloud Web into oCIS Consolidate the ownCloud Web frontend into this repository as a single product with one contribution surface and one license. The web/ source is imported as-is from the final standalone owncloud/web release (v12.5.0 / last-agpl-release @ b16a34fdf5569d2fd63b1ff3c575c1a4ee569ad3); the archived owncloud/web repository remains the historical record for everything at and before that commit. Relicensing: - All web/ contributors have signed the ownCloud CLA, granting ownCloud GmbH the right to relicense their contributions. - web/LICENSE (AGPL-3.0) removed; the repository root LICENSE (Apache-2.0) now governs web/ as well, matching how the rest of the repo is already licensed. - All 25 web/packages/*/package.json license fields flipped to Apache-2.0; root NOTICE added documenting the relicensing provenance. - Added REUSE.toml + LICENSES/ so the whole repository (including vendored Go dependencies) is REUSE 3.3 compliant. CI/build: - services/web/Makefile now builds web assets from the in-tree source instead of downloading a release tarball from owncloud/web; license checking/saving likewise runs against the in-tree source. - ci.env and tests/acceptance/run-e2e.py no longer clone owncloud/web for Playwright e2e tests. - Added the app-provider and ocm e2e suites to acceptance-tests.yml's matrix, closing a coverage gap where they were silently excluded; ported the Collabora/OnlyOffice/federated-instance orchestration web's old CI used to run them. - Added web-tests.yml (typecheck/format/lint/unit-test), a check-licenses.yml, commit-message.yml, and release-npm-packages.yml for the @ownclouders/* packages, replacing web's old standalone CI. - Removed dead CI tooling inherited from the standalone repo (web/tests/drone, web/tests/actions, web/.github, and an orphaned ci.env-dependent cache-check script). Docs: - Rewrote docs/services/web/releasing.md and web/docs/releasing to describe the in-tree build/release process. - Updated remaining references to github.com/owncloud/web across docs, services/web/README.md, and the deployment example to point at the in-tree web/ directory. Signed-off-by: Lukas Hirt <info@hirt.cz> * ci: sync web/ translations via Transifex web/ is a pnpm workspace nested inside the repo, so it isn't covered by the existing translation-sync job (sub_path: ., no package.json at the repo root). Add a second sync-web job invoking the same reusable workflow with sub_path: web and package_manager: pnpm, so its l10n-read/ push/pull/write targets actually install web's dependencies instead of silently running against an empty node_modules. Sequenced after the existing sync job since both push to the same hardcoded chore/translations-update branch. * ci: fix pnpm cache setup order in web-tests and check-licenses actions/setup-node's cache: pnpm input shells out to pnpm to resolve the cache directory, so pnpm must already be on PATH when that step runs. Both workflows ran `corepack enable` *after* setup-node, which still failed: corepack writes its pnpm shim into the currently active Node installation's bin dir, and setup-node had already swapped PATH to the newly-installed Node version by that point, leaving the shim behind. Use pnpm/action-setup instead, which installs a standalone pnpm binary independent of the Node version, before setup-node runs. Also set cache-dependency-path explicitly: the lockfile lives at web/pnpm-lock.yaml, and cache-dependency-path resolves relative to GITHUB_WORKSPACE regardless of the job's working-directory default (that default only applies to run: steps, not to setup-node itself). * fix(web): resolve 19 HIGH trivy findings in pnpm-lock.yaml All 19 findings had fixes available upstream, so per this repo's own .trivyignore policy (reserved for cases with no fix available), these get fixed rather than suppressed. vite (7.3.2 -> 7.3.5) is a direct dependency, bumped directly in every package.json that pins it. The other 8 (@xmldom/xmldom, flatted, form-data, immutable, js-cookie, linkify-it, minimatch, ws) are purely transitive. Verified empirically that `pnpm update <pkg>` silently no-ops on packages not declared in any workspace manifest, even when a parent's semver range would allow the fix (e.g. glob@10.5.0's `^9.0.4` covers 9.0.7) -- so pnpm.overrides is genuinely required here, not just convenient. minimatch is overridden with a version-range key (minimatch@>=9.0.0 <9.0.7) rather than a blanket override, since 6 different major versions of minimatch coexist in the tree for different consumers (3.x/5.x/10.x elsewhere); a blanket override would have forced all of them to 9.0.7 and likely broken callers expecting a different major's API. * fix(web): unify @types/node resolution to stop duplicate vite types The previous vite 7.3.2 -> 7.3.5 bump caused pnpm to resolve two different @types/node versions (25.7.0 and 26.1.0) as vite's optional peer across different workspace packages. vue-tsc then saw two structurally-different copies of vite's types (e.g. Plugin, HotUpdateOptions) and failed with TS2769 in design-system, web-client, web-pkg and web-test-helpers' vite.config.ts files. Force a single resolution via pnpm.overrides, pinned to 24.13.2 to match the Node 24 runtime (engines/volta) rather than an arbitrary newer major. * fix(tests): fix ocm/app-provider e2e suites' oCIS orchestration Both suites were newly wired up by the previous merge-web-repo commit and hadn't run against real CI yet, so their setup had two latent bugs: e2e-ocm: the federated instance's env only offset *_DEBUG_ADDR ports, leaving the actual service ports (e.g. gateway's default 127.0.0.1:9142) unset. The federated "ocis server" process then crashed trying to bind the same ports the primary instance already held. run-github.py's Behat apiOcm suite already solved this with a canonical tests/config/local/.env-federation port map (proven working, since apiOcm passes) -- reuse it instead of the ad-hoc offset. Also adds OCIS_ADD_RUN_SERVICES=ocm/OCIS_ENABLE_OCM, missing from the primary instance too. e2e-app-provider: tests/config/ci/app-registry.yaml maps its one mimetype to "FakeOffice" (the stub used by apiCollaboration) and has no docx entry at all, so the real Collabora/OnlyOffice containers this suite drives never appeared in the web UI's "New file" menu. Add a dedicated app-registry mapping both odt->Collabora and docx->OnlyOffice with allow_creation, and use it only when COLLABORATION_NEEDED is set. Signed-off-by: Lukas Hirt <info@hirt.cz> * fix(tests): trust federated oCIS cert, register office templates by target_ext e2e-ocm: the primary and federated instances each generate their own self-signed proxy cert. Only the primary's was ever added to the system CA trust store, so Chromium refused the federated instance's TLS handshake ("tls: unknown certificate") once federation began. Trust the federated cert too, and thread OCIS_BASE_DATA_PATH through its `ocis init` call (previously only set for the running server), since that's where the cert actually gets written. e2e-app-provider: reproduced the suite locally (real Collabora/ OnlyOffice containers + `ocis collaboration server`) and diffed `/app/list` before/after. allow_creation and default_app alone don't make the web UI's "New file" menu show an entry -- it additionally requires app_providers[].target_ext, which reva's app-provider only stamps onto a hardcoded set of "-template" mimetypes (vendor/github.com/owncloud/reva/v2/.../appprovider/templates.go), not the plain document mimetypes the previous config used. Existing odt/ docx files still open fine without a static entry, since Collabora/ OnlyOffice register their full supported mimetype list dynamically via WOPI discovery -- it's specifically file *creation* that needs this. Signed-off-by: Lukas Hirt <info@hirt.cz> * fix(changelog): shorten title over the 80-char lint limit changelog/unreleased/bugfix-personal-space-fail-closed.md landed on master (#12442) with a 97-char title, which changelog-lint rejects. GitHub tests PRs against a merge with the current master tip, so this started failing build-and-test on every open PR once master picked up that commit -- unrelated to this branch's own changes. Fixing it here since master needed to be merged in anyway. * fix(tests): load web apps the ocm/app-provider e2e suites depend on Both suites drive the web UI, and web only loads the web apps listed in its UI config's "apps" array. run-e2e.py reuses tests/config/ci/ocis-config.json, which predates the playwright suites and lists neither app they need, so both failed deterministically while the API-only Behat suites (apiOcm, apiCollaboration) kept passing: e2e-ocm: the "open-cloud-mesh" app menu item can never render because "ocm" was missing, so web-app-ocm was never loaded. Add it for the federated suite. Behind that sat a second bug: the invite flow embeds token@<BASE_URL_OCIS host> (127.0.0.1:9200) into invite codes, but the federated instance authorizes providers against tests/config/local/providers.json, which only lists localhost:9200. Address the primary as https://localhost:9200 when federated, mirroring run-github.py's passing apiOcm setup (the self-signed cert covers both hosts; other suites keep 127.0.0.1). e2e-app-provider: web-runtime only builds the per-provider Collabora/ OnlyOffice editor apps -- including their "New file" menu entries -- when web-app-external is loaded (web/packages/web-runtime/src/index.ts gates on applicationStore.has('web-app-external')), and "external" was missing. This also falsifies the previous target_ext theory: the template-mimetype registry was active in the failing run and the menu still never appeared, because the New-file menu needs only allow_creation plus a registered provider (web-app-external/src/index.ts). Revert the app registry to the plain odt->Collabora / docx->OnlyOffice mimetypes web's own e2e CI proved out (web/dev/docker/ocis/app-registry.yaml). Create-from-template still works without static entries: reva stamps target_ext onto the -template mimetypes the providers register via WOPI discovery. Signed-off-by: Lukas Hirt <info@hirt.cz> Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * ci: upload playwright traces and a11y report from e2e suites Port the two upload-artifact steps the standalone web repo's e2e workflow had: playwright error contexts/report output on failure, and the a11y report on any non-cancelled run. Paths are prefixed with web/ since the web repo now lives in that subdirectory, artifact names use the suite name instead of the job index, and the action pin matches the one already used in this workflow. Signed-off-by: Lukas Hirt <info@hirt.cz> Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * fix(tests): allow office editor iframes in the e2e proxy CSP The app-provider suite got past file creation but every office test then timed out waiting for the editor to render: ocis's default proxy CSP only allows frame-src 'self' (exact scheme+host+port), so the browser refused to embed the Collabora/OnlyOffice iframes served on other ports. The COLLABORA_DOMAIN/ONLYOFFICE_DOMAIN env vars do nothing on their own -- they are only substituted into a custom CSP file, which is why the pre-merge web CI always set PROXY_CSP_CONFIG_FILE_LOCATION (tests/drone/csp.yaml there). The localStorage SecurityError seen in the logs was a downstream symptom: the CSP-blocked frame ends up with an opaque origin where storage access throws. Add the two editor domains to tests/config/ci/csp.yaml's frame-src and img-src (mirroring web's proven csp.yaml) and point the collaboration suite at it. The keycloak suite shares this file; for it the new entries fall back to nonexistent default hosts and are inert. Signed-off-by: Lukas Hirt <info@hirt.cz> Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * fix(licenses): attribute REUSE.toml copyright to ownCloud contributors The web/ tree carries community contributions dating back to 2016; the CLA grants a relicensing right, not a copyright transfer, so declaring sole 2020-2026 ownCloud GmbH authorship was inaccurate. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * fix(tests): trust the Keycloak cert in e2e TLS setup The Keycloak cert had no SAN, and NODE_EXTRA_CA_CERTS only ever pointed at the oCIS cert, so any node-fetch/axios call made directly against Keycloak (admin token fetch, user provisioning) failed TLS validation and aborted the keycloak/mfa matrix jobs before a spec could run. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * fix(web): don't wipe assets/ before a successful build build-assets ran `git clean -xfd assets` before the pnpm build; a failed typecheck or vite build left assets/core/ empty, so the next Go embed or docker deployment served no web UI. Clean only after the build succeeds. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * ci: fail clearly when a release tag matches no known package If the tag-prefix loop found no match, the workflow silently fell through to a jq lookup against "packages//package.json", failing with a confusing path error instead of naming the problem. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * ci: drop duplicate dependency-license-check job web-tests.yml already enforces the license allow-list via `pnpm licenses:check` (license-checker-rseidelsohn) on every PR. check-licenses.yml's dependency-license-check ran a second, differently configured tool (npx license-checker, GPL/AGPL deny-list only), which could disagree with the first without adding coverage. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> --------- Signed-off-by: Lukas Hirt <info@hirt.cz> Co-authored-by: Claude Fable 5 <noreply@anthropic.com>
Web
The web service embeds and serves the static files for the Infinite Scale Web Client, whose source lives in-tree under web/.
Note that clients will respond with a connection error if the web service is not available.
The web service also provides a minimal API for branding functionality like changing the logo shown.
Custom Compiled Web Assets
If you want to use your custom compiled web client assets instead of the embedded ones,
then you can do that by setting the WEB_ASSET_PATH variable to point to your compiled files.
See ownCloud Web / Getting Started and ownCloud Web / Setup with oCIS for more details.
Web UI Configuration
- Single configuration settings of the embedded web UI can be defined via
WEB_OPTION_xxxenvironment variables. - A json based configuration file can be used via the
WEB_UI_CONFIG_FILEenvironment variable. - If a json based configuration file is used, these configurations take precedence over single options set.
Web UI Options
Besides theming, the behavior of the web UI can be configured via options. See the environment variables WEB_OPTION_xxx
for more details.
Web UI Config File
When defined via the WEB_UI_CONFIG_FILE environment variable, the configuration of the web UI can be made
with a json based file.
Embedding Web
Web can be consumed by another application in a stripped down version called “Embed mode”. This mode is supposed to be used in the context of selecting or sharing resources.
For more details see the developer documentation ownCloud Web / Embed Mode.
See the environment variables: WEB_OPTION_MODE and WEB_OPTION_EMBED_TARGET to configure the embedded mode.
Web Apps
The administrator of the environment is capable of providing custom web applications to the users. This feature is useful for organizations that want to provide third party or custom apps to their users.
It's important to note that the feature at the moment is only capable of providing static (js, mjs, e.g.) web applications and does not support injection of dynamic web applications (custom dynamic backends).
Loading Themes
Web themes are loaded, if added in the Infinite Scale source code, at build-time from
<ocis_repo>/services/web/assets/themes.
This cannot be manipulated at runtime.
Additionally, the administrator can provide custom themes by storing it in the path defined by the environment
variable WEB_ASSET_THEMES_PATH.
With the theme root directory defined, the system needs to know which theme to use.
This can be done by setting the WEB_UI_THEME_PATH environment variable.
The final theme is composed of the built-in and the custom theme provided by the
administrator via WEB_ASSET_THEMES_PATH and WEB_UI_THEME_PATH.
For example, Infinite Scale by default contains a built-in ownCloud theme.
If the administrator provides a custom theme via the WEB_ASSET_THEMES_PATH directory like,
WEB_ASSET_THEMES_PATH/owncloud/themes.json, this one will be used instead of the built-in one.
Some theme keys are mandatory, like the common.shareRoles settings.
Such mandatory keys are injected automatically at runtime if not provided.
Loading Applications
Web applications are loaded, if added in the Infinite Scale source code, at build-time from
<ocis_repo>/services/web/assets/apps. This cannot be manipulated at runtime.
Additionally, the administrator can provide custom applications by storing them in the path defined by the environment
variable WEB_ASSET_APPS_PATH.
This environment variable defaults to the Infinite Scale base data directory $OCIS_BASE_DATA_PATH/web/assets/apps,
but can be redefined with any path set manually.
The final list of available applications is composed of the built-in and the custom applications provided by the
administrator via WEB_ASSET_APPS_PATH.
For example, if Infinite Scale contains a built-in extension named image-viewer-dfx and the administrator provides a custom application named image-viewer-obj via the WEB_ASSET_APPS_PATH directory, the user will be able to access both
applications from the WebUI.
Application Structure
-
Applications always have to follow a strict structure.
Everything else is skipped and not considered as an application.- Each application must be in its own directory accessed via
WEB_ASSET_APPS_PATH. - Each application directory must contain a
manifest.jsonfile. - Each application directory can contain a
config.jsonfile.
- Each application must be in its own directory accessed via
-
The
manifest.jsonfile contains the following fields:entrypoint- required
The entrypoint of the application likeindex.js, the path is relative to the parent directory.config- optional
A list of key-value pairs that are passed to the global web application configurationapps.yaml.
Application Configuration
If a custom configuration is needed, the administrator must provide the required configuration inside the $OCIS_BASE_DATA_PATH/config/apps.yaml file.
NOTE: An application manifest should never be changed manually, see Using Custom Assets for customisation.
The apps.yaml file must contain a list of key-value pairs which gets merged with the config field. For example, if the image-viewer-obj application contains the following configuration:
{
"entrypoint": "index.js",
"config": {
"maxWidth": 1280,
"maxHeight": 1280
}
}
The apps.yaml file contains the following configuration:
image-viewer-obj:
config:
maxHeight: 640
maxSize: 512
optional each application can have its own configuration file, which will be loaded by the WEB service.
{
"config": {
"maxWidth": 320
}
}
The Merge order is as follows: local.config overwrites > global.config overwrites > manifest.config. The result will be:
{
"external_apps": [
{
"id": "image-viewer-obj",
"path": "index.js",
"config": {
"maxWidth": 320,
"maxHeight": 640,
"maxSize": 512
}
}
]
}
Besides the configuration from the manifest.json file,
the apps.yaml or the config.json file can also contain the following fields:
disabled- optional
Defaults tofalse. If set totrue, the application will not be loaded.
Using Custom Assets
Besides the configuration and application registration, in the process of loading the application assets, the system uses a mechanism to load custom assets.
This is useful for cases where just a single asset should be overwritten, like a logo or similar.
Consider the following: Infinite Scale is shipped with a default web app named image-viewer-dfx which contains a logo,
but the administrator wants to provide a custom logo for that application.
This can be achieved using the path defined via WEB_ASSET_APPS_PATH and adding a custom structure like WEB_ASSET_APPS_PATH/image-viewer-dfx/. Here you can add all custom assets to load like logo.png. On loading the web app, custom assets defined overwrite default ones.
This also applies for the manifest.json file, if the administrator wants to provide a custom one.
Miscellaneous
Please note that Infinite Scale, in particular the web service, needs a restart to load new applications or changes to the apps.yaml file.