Pierre-Olivier Mercier
7eb0dbddc7
CalDAV and CardDAV checkers sharing a single Go module. Discovery follows RFC 6764 (/.well-known + SRV/TXT), authenticated probes cover principal, home-set, collections and a minimal REPORT query on top of go-webdav. Common shape in internal/dav/; CalDAV adds a scheduling rule. Surfaces its context URL (and each secure-SRV target) as TLS endpoints via the EndpointDiscoverer interface, so the dedicated TLS checker can pick them up without re-parsing observations. HTML report foregrounds common misconfigs (well-known returning 200, missing SRV, plaintext-only SRV, missing DAV capability, skipped auth phase) as action-item callouts before the full phase breakdown.
29 lines
1,001 B
Go
29 lines
1,001 B
Go
package caldav
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import (
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"encoding/json"
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"fmt"
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sdk "git.happydns.org/checker-sdk-go/checker"
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"git.happydns.org/checker-dav/internal/dav"
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)
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// GetHTMLReport implements sdk.CheckerHTMLReporter on *caldavProvider.
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//
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// Delegated to the shared renderer in internal/dav so CalDAV and CardDAV
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// produce visually identical reports; the only differences are the title
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// and the set of phases (CalDAV includes Scheduling).
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//
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// Downstream TLS probes published for the endpoints we discovered are read
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// via ctx.Related(dav.TLSRelatedKey) and folded into the report (callouts +
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// dedicated TLS phase) — per
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// happydomain3/docs/checker-discovery-endpoint.md.
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func (p *caldavProvider) GetHTMLReport(ctx sdk.ReportContext) (string, error) {
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var d dav.Observation
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if err := json.Unmarshal(ctx.Data(), &d); err != nil {
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return "", fmt.Errorf("failed to unmarshal caldav report: %w", err)
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}
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d.Kind = dav.KindCalDAV
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return dav.RenderReport(&d, "CalDAV Server", ctx.Related(dav.TLSRelatedKey))
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}
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