mixandClaude Opus 5.5
610023ef6a
Stage 2, step 5. Written by Sonnet, reviewed by Opus.
- Three pages named after their mockups: in-domains, in-domain,
in-domain-delete, with typed page data (view/inbound.go), fixtures
and tests. The engine pages inbound, inbound_domain and
inbound_delete are gone with their templates and are off
legacy_pages.txt.
- The Spam filter box (plan, Who sees what). The panel now reads
INBOUND_ANTISPAM_MILTER and INBOUND_ANTISPAM_MILTER_ACTION, with the
semantics of build/postfix-config.sh (on only with the inbound relay
on and a milter set; accept | tempfail). It reports them, nothing
more:
on Applies to / Filter (the address, global role only) / If the
filter is down (accepted unfiltered | deferred)
off one sentence; the variable is named for the global role only
The list shows "Spam filter on|off" in its head.
- Handlers pass typed data; routes, POST targets, field names,
validation and authorization (global: all inbound domains; domain
role: the assigned ones, another tenant's id is a 404; add and
delete are global-only) are unchanged. A test saves the upstream and
recipients forms untouched and finds the domain unchanged.
Left out of the mockups' Spam filter box and menu - no source before
inbound-antispam-panel (2.1): the engine name, the quarantine row, the
"refused at the door, see the log" row, the lists row, "Log for this
domain". Also "Checked N min ago" on the MX box: the check carries no
time.
Not done: the filter's socket on Health and Overview. internal/health
checks a unix socket by stat; the documented form of the filter's
address is inet:host:port and needs a dial that does not exist yet.
Differences from the mockups, for the owner:
- refusals and confirmations are the kit flash above the boxes;
- the MX tag is coloured by the check in every state; an MX that
points elsewhere shows "In DNS now";
- the lead of the domain page follows what is saved ("Not accepting
mail yet: no upstream is saved");
- the delete page lists only what the domain has;
- /help#inbound opens Help at the top until the Help step.
Evidence
- docs/assets/panel-redesign/evidence/in-domains.png, in-domain.png,
in-domain-delete.png: 1440 px wide, headless Edge, real templates
served locally with their fixtures (filter on) - NOT from the
container (no Docker on this machine).
- panel/audit.js on the three pages at 1440 and 1280: 352 texts
checked, problems: [].
- That the panel process sees the two variables inside the container
is read from supervisord.conf and entrypoint.sh, not run.
- go test -count=1 ./internal/web/... ./cmd/panel
ok internal/web
ok internal/web/auth
ok internal/web/handlers
ok internal/web/validate
ok internal/web/view
ok cmd/panel
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
345 lines
19 KiB
Go
345 lines
19 KiB
Go
package view
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import (
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"strconv"
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"time"
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)
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// pageFixtures is the data each redesigned page is rendered with by the guard
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// tests (guard_panel_test.go): one entry per page that has left
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// legacy_pages.txt, keyed by the page's engine name. The guards render the page
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// through Engine.Render with this value and hold the result to the design
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// contract — its class vocabulary, its page structure and the component
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// skeleton recorded for the mockup of the same name in
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// docs/assets/panel-redesign/panel/outlines.json.
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//
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// A fixture therefore has to fill the page the way its mockup is filled: the
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// same boxes, the same number of records. It is also what the evidence
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// screenshots are compared against, so use plausible values, not "foo".
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//
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// This file belongs to the implementation, not to the guards: the step that
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// restyles a page adds its fixture here in the same commit.
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var pageFixtures = map[string]func() any{
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"components": func() any { return KitPage() },
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"login": func() any { return NewLogin("mail.example.org", "") },
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"setup": func() any { return NewSetup("0123456789abcdef", "") },
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"overview": func() any { return overviewFixture() },
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"health": func() any { return healthFixture(false) },
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"account": func() any { return accountFixture() },
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"settings": func() any { return settingsFixture() },
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"out-domains": func() any { return outDomainsFixture() },
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"out-domain": func() any { return outDomainFixture() },
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"out-domain-settings": func() any { return outDomainSettingsFixture() },
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"out-app": func() any { return outAppFixture() },
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"out-app-created": func() any { return outAppCreatedFixture() },
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"out-domain-delete": func() any { return outDomainDeleteFixture() },
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"in-domains": func() any { return inDomainsFixture() },
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"in-domain": func() any { return inDomainFixture() },
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"in-domain-delete": func() any { return inDomainDeleteFixture() },
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"out-log": func() any { return outLogFixture() },
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"out-message": func() any { return outMessageFixture() },
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"dmarc": func() any { return dmarcHubFixture() },
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"dmarc-domain": func() any { return dmarcDomainFixture() },
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"dmarc-report": func() any { return dmarcReportFixture() },
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}
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// admin is the signed-in global administrator every fixture is rendered for.
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func admin() Meta { return Meta{User: "admin", IsGlobal: true} }
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// overviewFixture is the mockup's Overview: one certificate warning among six
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// checks, three outbound domains and two inbound.
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func overviewFixture() *Overview {
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cards := []HealthCard{
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{Name: "Machine", Value: "CPU 12%", Sub: "RAM 41%", Icon: "ti-cpu", Href: "/server/health#machine"},
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{Name: "Processes", Value: "5 of 5 running", Sub: "all programs", Icon: "ti-server-cog", Href: "/server/health#processes"},
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{Name: "TLS certificate", Value: "Expires in 12 days", Sub: "mail.example.org", Icon: "ti-certificate", Href: "/server/health#certificate", Level: LevelWarn},
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{Name: "Queue", Value: "Empty", Sub: "outbound", Icon: "ti-stack-2", Href: "/outbound/queue"},
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{Name: "Milter sockets", Value: "2 of 2 answering", Sub: "OpenDKIM, send-log", Icon: "ti-plug-connected", Href: "/server/health#sockets"},
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{Name: "Reverse DNS", Value: "Forward = reverse", Sub: "mail.example.org", Icon: "ti-arrows-exchange", Href: "/server/health#hostname"},
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}
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o := NewOverview(admin(), "mail.example.org", cards, time.Date(2026, 10, 9, 14, 2, 31, 0, time.UTC), 30, true)
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dns := func(dkim, spf, dmarc string) []Tag {
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return []Tag{{Status: dkim, Label: "DKIM"}, {Status: spf, Label: "SPF"}, {Status: dmarc, Label: "DMARC"}}
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}
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o.OutboundRows = []OverviewDomain{
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{Name: "example.org", Href: "/outbound/domains/1", DNS: dns("ok", "error", "ok"), Apps: 2, Messages: FormatMessages(1284)},
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{Name: "shop.example.org", Href: "/outbound/domains/2", DNS: dns("ok", "ok", "ok"), Apps: 1, Messages: FormatMessages(18920)},
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{Name: "notify.acme.io", Href: "/outbound/domains/3", DNS: dns("ok", "ok", "warn"), Apps: 3, Messages: FormatMessages(402)},
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}
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o.InboundRows = []OverviewInbound{
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{Name: "lists.example.org", Href: "/inbound/domains/1", MX: Tag{Status: "ok", Label: "MX"}, Upstream: "mx.internal:25"},
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{Name: "acme.io", Href: "/inbound/domains/2", MX: Tag{Status: "ok", Label: "MX"}, Upstream: "10.0.4.12:2525"},
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}
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return o
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}
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// healthFixture is the mockup's Health: a healthy machine and five processes,
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// a certificate close to expiry, the two milter sockets and a good reverse
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// record. refresh renders it as the polled fragment.
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func healthFixture(refresh bool) *Health {
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h := NewHealth(admin(), "")
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h.Refresh = refresh
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h.Machine.End = Verdict("ok")
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h.MachineRows = []MachineRow{
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{Resource: "CPU", Gauge: &Gauge{Percent: 12, Text: "12%", Level: LevelOK}, Detail: []string{"2 cores · 2 threads"}},
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{Resource: "Memory", Gauge: &Gauge{Percent: 41, Text: "41%", Level: LevelOK}, Detail: []string{"812.0 MiB used of 1.9 GiB"}},
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{Resource: "Network", Usage: "↓ 18.0 KiB/s · ↑ 44.0 KiB/s", Detail: []string{"eth0: 2.1 GiB in, 6.4 GiB out"}},
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}
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h.Processes.End = Verdict("ok")
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for i, name := range []string{"postfix", "opendkim", "journal-milter", "panel", "dmarc-ingest"} {
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h.ProcessRows = append(h.ProcessRows, ProcessRow{Name: name, State: Tag{Status: "ok", Label: "running"},
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Detail: "pid " + strconv.Itoa(41-i) + ", uptime 18 days"})
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}
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h.Certificate.End = Verdict("warn")
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h.CertFacts = []Fact{
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{Label: "Expires", Value: Plain("2026-10-21 09:14 UTC"), Mono: true},
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{Label: "Names", Value: Plain("mail.example.org"), Mono: true},
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}
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h.CertDetail, h.CertProblem = "Expires in 12 day(s). Check that renewal on the host still works.", true
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h.Sockets.End = Verdict("ok")
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h.SocketRows = []SocketRow{
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{Name: "OpenDKIM", Path: "inet:127.0.0.1:8891", State: Tag{Status: "ok"}},
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{Name: "send-log", Path: "unix:/run/selfpost/journal.sock", State: Tag{Status: "ok"}},
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}
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h.Hostname.End = Verdict("ok")
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h.HostFacts = []Fact{
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{Label: "Hostname", Value: Plain("mail.example.org"), Mono: true},
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{Label: "Lookup", Value: Rich("→ 203.0.113.25", Br(), "← mail.example.org"), Mono: true},
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}
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return h
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}
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// accountFixture is the mockup's Account: the global administrator, their
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// e-mail as the DMARC default, and the authorization record that default needs.
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func accountFixture() *Account {
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m := admin()
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a := NewAccount(m, "global", true, "mix@example.org")
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a.Username, a.Email = "admin", "mix@example.org"
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a.DMARCSelected = DMARCChoiceAccount
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a.WithDomainUse(2, 3)
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return a.WithAuthorization("*._report._dmarc.example.org", "v=DMARC1;", "ok", "", nil)
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}
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// settingsFixture is the mockup's Settings: thirty days of log, a limit of 600
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// messages an hour.
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func settingsFixture() *Settings {
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return NewSettings(admin(), "30", FormatRate(600, 3600))
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}
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// outDomainsFixture is the mockup's Outbound domains: three domains, the first
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// with a wrong SPF record and the last with a weak DMARC one.
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func outDomainsFixture() *OutDomains {
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dns := func(dkim, spf, dmarc string) []Tag {
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return []Tag{{Status: dkim, Label: "DKIM"}, {Status: spf, Label: "SPF"}, {Status: dmarc, Label: "DMARC"}}
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}
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row := func(id, name string, tags []Tag, selector string, apps int, total, peak int64) OutDomainRow {
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return OutDomainRow{Name: name, Href: "/outbound/domains/" + id, DeleteHref: "/outbound/domains/" + id + "/delete",
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DNS: tags, Selector: selector, Apps: apps, Activity: FormatActivity(total, peak)}
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}
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return NewOutDomains(admin(), true, 30).WithRows([]OutDomainRow{
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row("1", "example.org", dns("ok", "error", "ok"), "sp2026", 2, 1284, 96),
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row("2", "shop.example.org", dns("ok", "ok", "ok"), "sp2026", 1, 18920, 410),
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row("3", "notify.acme.io", dns("ok", "ok", "warn"), "sp2025", 3, 402, 22),
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})
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}
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// outDomainFixture is the mockup's domain page: the DKIM and DMARC records
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// published, the SPF one pointing at the wrong server, two applications.
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func outDomainFixture() *OutDomain {
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p := NewOutDomain(admin(), 1, "example.org", true)
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p.WithStats(1284, 96, "1.8", 30)
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p.WithRecords([]Record{
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DKIMRecord("sp2026", "sp2026._domainkey.example.org",
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"v=DKIM1; k=rsa; p=MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAx3kqV0mJd8e2f1Yb7Qw5uT9sLr4nHc6pZaXo1vKe0yWm2gBt8RjN5dCq3hUf7lPs9aEi4oMz6xTb1kGv0nYw…IDAQAB",
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DNSCheck{Status: "ok"}),
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SPFRecord("example.org", "v=spf1 ip4:203.0.113.25 ~all", DNSCheck{Status: "error",
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Detail: "The published record does not authorize 203.0.113.25. Add ip4:203.0.113.25 before ~all.",
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Found: []string{"v=spf1 include:_spf.google.com ~all"}}),
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DMARCRecord(DMARCRecordInput{Host: "_dmarc.example.org", Value: "v=DMARC1; p=none; rua=mailto:dmarc@mail.example.org",
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Check: DNSCheck{Status: "ok"}, Source: "admin's default", SettingsHref: "/outbound/domains/1/settings",
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ReportsHref: "/outbound/dmarc/domains/1"}),
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}, "3 min ago")
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p.WithApplications([]OutAppRow{
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{Login: "prod-server", Senders: []string{"*@example.org"}, Activity: FormatActivity(1102, 96),
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Limits: []Tag{{Status: "ok", Label: "200 / h"}}, Edit: "/outbound/domains/1/applications/1"},
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{Login: "alerts", Senders: []string{"alerts@example.org", "noc@example.org"}, Activity: FormatActivity(182, 14),
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Limits: []Tag{{Label: "domain"}, {Status: "ok", Label: "2 IPs"}}, Edit: "/outbound/domains/1/applications/2"},
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})
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p.WithConnection("mail.example.org", true)
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p.WithSeeAlso("/outbound/log?domain=example.org", "/outbound/dmarc/domains/1")
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p.WithRateLimit(true, false)
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return p
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}
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// outDomainSettingsFixture is the mockup's Domain settings: reports go to the
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// default of the signed-in administrator, the rate limit is automatic.
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func outDomainSettingsFixture() *OutDomainSettings {
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p := NewOutDomainSettings(admin(), 1, "example.org", 2, true)
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p.WithReportAddress([]Option{
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{Value: "inherit", Label: "admin's default — mix@example.org"},
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{Value: "hosted", Label: "SelfPost hosted (example.org@dmarc.mail.example.org)"},
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{Value: "none", Label: "No aggregate reports"},
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{Value: "custom", Label: "Custom address"},
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}, "inherit", "", Rich("A default belongs to a user and is set under their ", Link("/account#dmarc", "Account"),
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"; a domain follows one named user, so two people sharing a domain never pull it two ways. Changing this changes the DMARC record to publish."))
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p.WithExport(12)
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return p.WithRateLimit(DomainRateLimit{
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Active: true, Auto: true, MaxMessages: "288", Window: "3600", Multiplier: "2.5",
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Computed: "288", Peak: 96, Updated: "2026-10-09 03:00 UTC",
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L1Messages: 600, L1Window: 3600, MinMultiplier: "1.5", MaxMultiplier: "5", DefaultMultiplier: "2.5",
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})
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}
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// outAppFixture is the mockup's application form, filled with prod-server: any
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// address of the domain, no client IPs, a manual limit of 200 an hour.
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func outAppFixture() *OutApp {
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p := NewOutApp(admin(), 1, "example.org", "prod-server")
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p.WithApplication(1, 1, 1102, 96, "1.5", 30)
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return p.WithForm(OutAppForm{
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Login: "prod-server", Mode: AddressWildcard, LimitMode: LimitManual, MaxMessages: "200", Window: "3600", Multiplier: "2.5",
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}, OutAppState{Limit: true}, AppRateLimit{L1Messages: 600, L1Window: 3600, MinMultiplier: "1.5", MaxMultiplier: "5",
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DefaultMultiplier: "2.5", DomainLimit: "288 / h", Peak: 96})
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}
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// outAppCreatedFixture is the mockup's password page: a new password for
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// prod-server, which may send as the whole domain.
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func outAppCreatedFixture() *OutAppCreated {
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return NewOutAppCreated(admin(), 1, "example.org", "prod-server", "kT7v-Qm2x-Lp9d-Ue4s-Hn6b-Rz3w", false,
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"mail.example.org", true, []string{"*@example.org"})
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}
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// outDomainDeleteFixture is the mockup's confirmation: the domain has the two
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// applications that go with it.
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func outDomainDeleteFixture() *OutDomainDelete {
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return NewOutDomainDelete(admin(), 1, "example.org", []string{"prod-server", "alerts"})
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}
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// outLogFixture is the mockup's Outbound log: six messages of three domains on
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// the first of 412 pages, one deferred, one bounced, one refused by a rate limit.
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func outLogFixture() *OutLog {
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p := NewOutLog(admin(), 30, true,
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[]string{"example.org", "shop.example.org", "notify.acme.io"}, []string{"prod-server", "alerts"}, "", "")
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row := func(id int64, at, from, to, subject, status string) OutLogRow {
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return OutLogRow{Time: at, From: from, To: to, Subject: subject, Status: Tag{Status: status},
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Href: p.DetailHref(id, 1)}
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}
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return p.WithRows([]OutLogRow{
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row(184223, "09-21 14:01:52", "shop@shop.example.org", "m.keller@gmx.de", "Your order #48213 has shipped", "sent"),
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row(184222, "09-21 14:01:50", "shop@shop.example.org", "anna.lind@outlook.com", "Your order #48212 has shipped", "sent"),
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row(184220, "09-21 13:58:07", "alerts@example.org", "noc@example.org", "[FIRING] disk usage above 90 % on db-2", "deferred"),
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row(184211, "09-21 13:41:19", "no-reply@notify.acme.io", "j.doe@nonexistent.example", "Reset your password", "bounced"),
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row(184209, "09-21 13:40:02", "prod@example.org", "billing@partner.example", "Invoice 2026-0917", "rejected"),
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row(184198, "09-21 13:12:44", "shop@shop.example.org", "p.novak@seznam.cz", "We received your return request", "sent"),
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}, 1, 412)
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}
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// outMessageFixture is the mockup's message page: a deferred alert, with the
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// four lines Postfix and OpenDKIM wrote about it.
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func outMessageFixture() *OutMessage {
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at := time.Date(2026, 9, 21, 13, 58, 7, 0, time.UTC)
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p := NewOutMessage(admin(), MessageInput{
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ID: 184220, QueueID: "4XcB7k2Jm9z1", Domain: "example.org", DomainHref: "/outbound/domains/1",
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App: "alerts", AppHref: "/outbound/domains/1/applications/2",
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From: "alerts@example.org", To: "noc@example.org", Subject: "[FIRING] disk usage above 90 % on db-2", Status: "deferred",
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Accepted: at, Reported: at.Add(2 * time.Second), BackHref: "/outbound/log",
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})
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p.WithHistory([]Step{
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{Time: StepTime(at), Strong: "Accepted and queued", Text: Plain(" — Postfix accepted the message over an authenticated submission and the journal-milter recorded it.")},
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{Time: StepTime(at.Add(2 * time.Second)), Strong: "Deferred, will be retried", Level: LevelWarn,
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Text: Plain(" — the receiving server could not take the message yet. Postfix retries: first after 5 minutes, then with increasing gaps up to 1 hour 7 minutes, for up to 5 days.")},
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{Time: StepTime(time.Time{}), Strong: "Waiting for a delivery report", Level: LevelPending,
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Text: Plain(" — the next attempt is made by Postfix on its own; the queue shows what it is still holding.")},
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})
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return p.WithDeliveryLog([]LogLine{
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{Time: "13:58:07", Text: "postfix/smtpd[2114]: 4XcB7k2Jm9z1: client=unknown[198.51.100.7], sasl_username=alerts"},
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{Time: "13:58:07", Text: "postfix/cleanup[2120]: 4XcB7k2Jm9z1: message-id=<a81f0c@alertmanager>"},
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{Time: "13:58:07", Text: "opendkim[39]: 4XcB7k2Jm9z1: DKIM-Signature field added (s=sp2026, d=example.org)"},
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{Time: "13:58:09", Level: "warn", Text: "postfix/smtp[2123]: 4XcB7k2Jm9z1: to=<noc@example.org>, relay=mx1.example.org[192.0.2.10]:25, delay=1.9, status=deferred (host mx1.example.org said: 451 4.7.1 Greylisted, try again in 5 minutes)"},
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}, "")
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}
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// dmarcHubFixture is the mockup's DMARC hub: ingest healthy, four recent
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// reports, one with failures.
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func dmarcHubFixture() *DMARCHub {
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p := NewDMARCHub(admin(), IngestInput{
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OK: true, Last: time.Date(2026, 9, 21, 6, 12, 0, 0, time.UTC), KeptThisWeek: 14, ParseFailures: 0,
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Hosted: "dmarc@mail.example.org", Host: "mail.example.org", RetentionMax: 500, RetentionDays: 90,
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})
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row := func(id int64, at, domain, reporter, window string, pass, fail int) DMARCReportRow {
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return DMARCReportRow{Received: at, Domain: domain, DomainHref: "/outbound/dmarc/domains/1", Reporter: reporter,
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Window: window, Pass: pass, Fail: fail, Href: DMARCReportHref(id)}
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}
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return p.WithReports([]DMARCReportRow{
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row(41, "09-21 06:12", "example.org", "google.com", "20 Sep", 412, 0),
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row(40, "09-21 04:40", "shop.example.org", "Outlook.com", "20 Sep", 1903, 7),
|
||
row(39, "09-20 23:58", "example.org", "Yahoo", "19 Sep", 38, 0),
|
||
row(38, "09-20 06:09", "notify.acme.io", "google.com", "19 Sep", 61, 0),
|
||
})
|
||
}
|
||
|
||
// dmarcDomainFixture is the mockup's domain page: seven days of shop.example.org
|
||
// with one source that is not this relay failing, and three reports.
|
||
func dmarcDomainFixture() *DMARCDomain {
|
||
p := NewDMARCDomain(admin(), 2, "shop.example.org", true, 11204, 41, 7,
|
||
"A third-party source is not aligned. Do not tighten p= until that sender is fixed or removed.")
|
||
row := func(id int64, at, reporter, window string, pass, fail int) DMARCReportRow {
|
||
return DMARCReportRow{Received: at, Reporter: reporter, Window: window, Pass: pass, Fail: fail, Href: DMARCReportHref(id)}
|
||
}
|
||
return p.WithSources([]DMARCSourceRow{
|
||
{Source: "203.0.113.25", ThisRelay: true, Pass: 11204, Fail: 0, Disposition: "none"},
|
||
{Source: "198.51.100.44", Pass: 0, Fail: 41, Disposition: "none"},
|
||
}).WithReports([]DMARCReportRow{
|
||
row(40, "09-21 04:40", "Outlook.com", "20 Sep", 1903, 7),
|
||
row(37, "09-21 02:15", "google.com", "20 Sep", 6410, 0),
|
||
row(35, "09-20 04:38", "Outlook.com", "19 Sep", 1877, 34),
|
||
})
|
||
}
|
||
|
||
// dmarcReportFixture is the mockup's report: Outlook.com's day for
|
||
// shop.example.org, two sources, one of them failing both checks.
|
||
func dmarcReportFixture() *DMARCReport {
|
||
return NewDMARCReport(admin(), ReportInput{
|
||
ID: 40, Reporter: "Outlook.com", ReportID: "5f1c9a0e7b2d4e61a3", Domain: "shop.example.org", DomainID: 2,
|
||
Pass: 1903, Fail: 7, Window: "20 Sep", Period: "20 Sep 00:00 – 21 Sep 00:00 UTC", Received: "2026-09-21 04:40 UTC",
|
||
PolicyP: "none", PolicySP: "none", PolicyPct: 100, PolicyADKIM: "r", PolicyASPF: "r",
|
||
Recipient: "dmarc@mail.example.org", Hub: true,
|
||
}).WithRecords([]DMARCRecordRow{
|
||
{Source: "203.0.113.25", ThisRelay: true, Count: 1903, Disposition: "none", SPF: "pass", DKIM: "pass", HeaderFrom: "shop.example.org"},
|
||
{Source: "198.51.100.44", Count: 7, Disposition: "none", SPF: "fail", DKIM: "fail", HeaderFrom: "shop.example.org"},
|
||
})
|
||
}
|
||
|
||
// inDomainsFixture is the mockup's Inbound domains: two domains, one that lists
|
||
// its four recipients and needs TLS to its upstream, one that accepts any
|
||
// address and takes whatever its upstream offers.
|
||
func inDomainsFixture() *InDomains {
|
||
row := func(in InDomainInput) InDomainRow { return NewInDomainRow(in, true) }
|
||
return NewInDomains(admin(), true).WithFilter(true).WithRows([]InDomainRow{
|
||
row(InDomainInput{ID: 1, Name: "lists.example.org", DNSStatus: "ok", Host: "mx.internal", Port: 25,
|
||
TLSMode: "encrypt", RecipientMode: "list", RecipientCount: 4}),
|
||
row(InDomainInput{ID: 2, Name: "acme.io", DNSStatus: "ok", Host: "10.0.4.12", Port: 2525,
|
||
TLSMode: "may", RecipientMode: "any"}),
|
||
})
|
||
}
|
||
|
||
// inDomainDeleteFixture is the mockup's confirmation: a domain with an upstream
|
||
// and four listed recipients.
|
||
func inDomainDeleteFixture() *InDomainDelete {
|
||
return NewInDomainDelete(admin(), 1, "lists.example.org", true, 4)
|
||
}
|
||
|
||
// inDomainFixture is the mockup's domain page: the MX published and pointing
|
||
// here, an upstream that needs TLS, four listed recipients and a spam filter
|
||
// that is on.
|
||
func inDomainFixture() *InDomain {
|
||
p := NewInDomain(admin(), InDomainInput{ID: 1, Name: "lists.example.org", DNSStatus: "ok", Host: "mx.internal", Port: 25,
|
||
TLSMode: "encrypt", RecipientMode: "list", RecipientCount: 4,
|
||
Addresses: []string{"announce@lists.example.org", "dev@lists.example.org", "owner@lists.example.org", "security@lists.example.org"}})
|
||
p.WithMX("mail.example.org", DNSCheck{Status: "ok", Found: []string{"10 mail.example.org."}})
|
||
p.WithFilter(true, "inet:antispam:11332", "accept")
|
||
return p
|
||
}
|