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ocis/services/webdav
Roman Perekhod 9143307b70 fix: [ocisdev-1433] fix public share, add The grpc clients keepalive and more (#13020) (#13068)
* fix: the public share configuration and fixed graceful shutdown

* fix: [OCISDEV-1433] remove GRPC_MAX_CONNECTION_AGE

The setting closed healthy grpc connections on a timer so that clients would redo
their DNS lookup. It never helped against the failure it was reached for - a
connection whose peer stopped answering - because the age limit is enforced by
the server, the grace period was left at infinity so a request already in flight
was never ended, and any value without a unit suffix silently disabled it again.

Detecting a peer that stops answering is now the job of the grpc clients, which
ping the peer while a request is in flight. The servers here got the matching
enforcement policy so they accept those pings; the client side arrives with the
next reva bump.

* fix: Added the new variable OCDAV_DISABLE_PROPFIND_PUBLIC_LINK_RESOLUTION that disable the resolution of public link shares when answering PROPFIND requests.

* chore: bump reva

* fix: The keepalive added to grpc clinet

* chore: bump reva

* build(deps): bump go 1.26.8, grpc-go dependency

---------

(cherry picked from commit e86eb4d210)

For the 9.0 branch, the reva dependency was pointed at reva's main-branch
merge of PR #748 (commit 373f9509a, pseudo-version
v2.0.0-20261005091647-373f9509a363) instead of the 8.2-targeted
e0beaa380005, since the 8.2 merge predates the VaultMode/UploadSessionFilter.Orphaned
APIs already present on the 9.0 reva lineage.

Co-authored-by: Claude Opus 5 <noreply@anthropic.com>
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>

# Conflicts:
#	changelog/unreleased/security-bump-grpc.md
#	go.mod
#	go.sum
#	vendor/google.golang.org/grpc/server.go
#	vendor/google.golang.org/grpc/stream.go
#	vendor/google.golang.org/grpc/version.go
#	vendor/modules.txt
2026-10-06 17:21:46 +02:00
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2022-06-27 14:05:36 +02:00

Webdav

The webdav service, like the ocdav service, provides a HTTP API following the webdav protocol. It receives HTTP calls from requestors like clients and issues gRPC calls to other services executing these requests. After the called service has finished the request, the webdav service will render their responses in xml and sends them back to the requestor.

Endpoints Overview

Currently, the webdav service handles request for two functionalities, which are Thumbnails and Search.

Thumbnails

The webdav service provides various GET endpoints to get the thumbnails of a file in authenticated and unauthenticated contexts. It also provides thumbnails for spaces on different endpoints.

See the thumbnail service for more information about thumbnails.

The webdav service provides access to the search functionality. It offers multiple REPORT endpoints for getting search results.

See the search service for more details about search functionality.

Scalability

The webdav service does not persist any data and does not cache any information. Therefore multiple instances of this service can be spawned in a bigger deployment like when using container orchestration with Kubernetes, without any extra configuration.