mirror of
https://github.com/mjl-/mox.git
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28fae96a9b
getting mox to compile required changing code in only a few places where package "syscall" was used: for accessing file access times and for umask handling. an open problem is how to start a process as an unprivileged user on windows. that's why "mox serve" isn't implemented yet. and just finding a way to implement it now may not be good enough in the near future: we may want to starting using a more complete privilege separation approach, with a process handling sensitive tasks (handling private keys, authentication), where we may want to pass file descriptors between processes. how would that work on windows? anyway, getting mox to compile for windows doesn't mean it works properly on windows. the largest issue: mox would normally open a file, rename or remove it, and finally close it. this happens during message delivery. that doesn't work on windows, the rename/remove would fail because the file is still open. so this commit swaps many "remove" and "close" calls. renames are a longer story: message delivery had two ways to deliver: with "consuming" the (temporary) message file (which would rename it to its final destination), and without consuming (by hardlinking the file, falling back to copying). the last delivery to a recipient of a message (and the only one in the common case of a single recipient) would consume the message, and the earlier recipients would not. during delivery, the already open message file was used, to parse the message. we still want to use that open message file, and the caller now stays responsible for closing it, but we no longer try to rename (consume) the file. we always hardlink (or copy) during delivery (this works on windows), and the caller is responsible for closing and removing (in that order) the original temporary file. this does cost one syscall more. but it makes the delivery code (responsibilities) a bit simpler. there is one more obvious issue: the file system path separator. mox already used the "filepath" package to join paths in many places, but not everywhere. and it still used strings with slashes for local file access. with this commit, the code now uses filepath.FromSlash for path strings with slashes, uses "filepath" in a few more places where it previously didn't. also switches from "filepath" to regular "path" package when handling mailbox names in a few places, because those always use forward slashes, regardless of local file system conventions. windows can handle forward slashes when opening files, so test code that passes path strings with forward slashes straight to go stdlib file i/o functions are left unchanged to reduce code churn. the regular non-test code, or test code that uses path strings in places other than standard i/o functions, does have the paths converted for consistent paths (otherwise we would end up with paths with mixed forward/backward slashes in log messages). windows cannot dup a listening socket. for "mox localserve", it isn't important, and we can work around the issue. the current approach for "mox serve" (forking a process and passing file descriptors of listening sockets on "privileged" ports) won't work on windows. perhaps it isn't needed on windows, and any user can listen on "privileged" ports? that would be welcome. on windows, os.Open cannot open a directory, so we cannot call Sync on it after message delivery. a cursory internet search indicates that directories cannot be synced on windows. the story is probably much more nuanced than that, with long deep technical details/discussions/disagreement/confusion, like on unix. for "mox localserve" we can get away with making syncdir a no-op.
365 lines
15 KiB
Go
365 lines
15 KiB
Go
package webmail
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import (
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"context"
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"fmt"
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"net/http"
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"os"
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"path/filepath"
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"runtime/debug"
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"testing"
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"github.com/mjl-/bstore"
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"github.com/mjl-/sherpa"
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"github.com/mjl-/mox/mox-"
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"github.com/mjl-/mox/queue"
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"github.com/mjl-/mox/store"
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)
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func tneedError(t *testing.T, fn func()) {
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t.Helper()
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defer func() {
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t.Helper()
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x := recover()
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if x == nil {
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debug.PrintStack()
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t.Fatalf("expected sherpa user error, saw success")
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}
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if err, ok := x.(*sherpa.Error); !ok {
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debug.PrintStack()
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t.Fatalf("expected sherpa user error, saw %#v", x)
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} else if err.Code != "user:error" {
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debug.PrintStack()
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t.Fatalf("expected sherpa user error, saw other sherpa error %#v", err)
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}
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}()
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fn()
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}
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// Test API calls.
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// todo: test that the actions make the changes they claim to make. we currently just call the functions and have only limited checks that state changed.
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func TestAPI(t *testing.T) {
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mox.LimitersInit()
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os.RemoveAll("../testdata/webmail/data")
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mox.Context = ctxbg
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mox.ConfigStaticPath = filepath.FromSlash("../testdata/webmail/mox.conf")
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mox.MustLoadConfig(true, false)
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defer store.Switchboard()()
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acc, err := store.OpenAccount("mjl")
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tcheck(t, err, "open account")
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err = acc.SetPassword("test1234")
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tcheck(t, err, "set password")
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defer func() {
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err := acc.Close()
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xlog.Check(err, "closing account")
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}()
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var zerom store.Message
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var (
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inboxMinimal = &testmsg{"Inbox", store.Flags{}, nil, msgMinimal, zerom, 0}
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inboxText = &testmsg{"Inbox", store.Flags{}, nil, msgText, zerom, 0}
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inboxHTML = &testmsg{"Inbox", store.Flags{}, nil, msgHTML, zerom, 0}
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inboxAlt = &testmsg{"Inbox", store.Flags{}, nil, msgAlt, zerom, 0}
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inboxAltRel = &testmsg{"Inbox", store.Flags{}, nil, msgAltRel, zerom, 0}
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inboxAttachments = &testmsg{"Inbox", store.Flags{}, nil, msgAttachments, zerom, 0}
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testbox1Alt = &testmsg{"Testbox1", store.Flags{}, nil, msgAlt, zerom, 0}
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rejectsMinimal = &testmsg{"Rejects", store.Flags{Junk: true}, nil, msgMinimal, zerom, 0}
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)
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var testmsgs = []*testmsg{inboxMinimal, inboxText, inboxHTML, inboxAlt, inboxAltRel, inboxAttachments, testbox1Alt, rejectsMinimal}
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for _, tm := range testmsgs {
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tdeliver(t, acc, tm)
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}
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api := Webmail{maxMessageSize: 1024 * 1024}
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reqInfo := requestInfo{"mjl@mox.example", "mjl", &http.Request{}}
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ctx := context.WithValue(ctxbg, requestInfoCtxKey, reqInfo)
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// FlagsAdd
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api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{`\seen`, `customlabel`})
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api.FlagsAdd(ctx, []int64{inboxText.ID, inboxHTML.ID}, []string{`\seen`, `customlabel`})
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api.FlagsAdd(ctx, []int64{inboxText.ID, inboxText.ID}, []string{`\seen`, `customlabel`}) // Same message twice.
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api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{`another`})
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api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{`another`}) // No change.
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api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{}) // Nothing to do.
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api.FlagsAdd(ctx, []int64{}, []string{}) // No messages, no flags.
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api.FlagsAdd(ctx, []int64{}, []string{`custom`}) // No message, new flag.
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api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{`$junk`}) // Trigger retrain.
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api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{`$notjunk`}) // Trigger retrain.
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api.FlagsAdd(ctx, []int64{inboxText.ID, testbox1Alt.ID}, []string{`$junk`, `$notjunk`}) // Trigger retrain, messages in different mailboxes.
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api.FlagsAdd(ctx, []int64{inboxHTML.ID, testbox1Alt.ID}, []string{`\Seen`, `newlabel`}) // Two mailboxes with counts and keywords changed.
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tneedError(t, func() { api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{` bad syntax `}) })
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tneedError(t, func() { api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{``}) }) // Empty is invalid.
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tneedError(t, func() { api.FlagsAdd(ctx, []int64{inboxText.ID}, []string{`\unknownsystem`}) }) // Only predefined system flags.
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// FlagsClear, inverse of FlagsAdd.
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api.FlagsClear(ctx, []int64{inboxText.ID}, []string{`\seen`, `customlabel`})
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api.FlagsClear(ctx, []int64{inboxText.ID, inboxHTML.ID}, []string{`\seen`, `customlabel`})
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api.FlagsClear(ctx, []int64{inboxText.ID, inboxText.ID}, []string{`\seen`, `customlabel`}) // Same message twice.
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api.FlagsClear(ctx, []int64{inboxText.ID}, []string{`another`})
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api.FlagsClear(ctx, []int64{inboxText.ID}, []string{`another`})
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api.FlagsClear(ctx, []int64{inboxText.ID}, []string{})
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api.FlagsClear(ctx, []int64{}, []string{})
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api.FlagsClear(ctx, []int64{}, []string{`custom`})
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api.FlagsClear(ctx, []int64{inboxText.ID}, []string{`$junk`})
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api.FlagsClear(ctx, []int64{inboxText.ID}, []string{`$notjunk`})
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api.FlagsClear(ctx, []int64{inboxText.ID, testbox1Alt.ID}, []string{`$junk`, `$notjunk`})
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api.FlagsClear(ctx, []int64{inboxHTML.ID, testbox1Alt.ID}, []string{`\Seen`}) // Two mailboxes with counts changed.
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tneedError(t, func() { api.FlagsClear(ctx, []int64{inboxText.ID}, []string{` bad syntax `}) })
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tneedError(t, func() { api.FlagsClear(ctx, []int64{inboxText.ID}, []string{``}) })
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tneedError(t, func() { api.FlagsClear(ctx, []int64{inboxText.ID}, []string{`\unknownsystem`}) })
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// MailboxSetSpecialUse
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var inbox, archive, sent, testbox1 store.Mailbox
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err = acc.DB.Read(ctx, func(tx *bstore.Tx) error {
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get := func(k string, v any) store.Mailbox {
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mb, err := bstore.QueryTx[store.Mailbox](tx).FilterEqual(k, v).Get()
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tcheck(t, err, "get special-use mailbox")
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return mb
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}
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get("Draft", true)
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sent = get("Sent", true)
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archive = get("Archive", true)
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get("Trash", true)
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get("Junk", true)
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inbox = get("Name", "Inbox")
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testbox1 = get("Name", "Testbox1")
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return nil
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})
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tcheck(t, err, "get mailboxes")
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: archive.ID, SpecialUse: store.SpecialUse{Draft: true}}) // Already set.
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{Draft: true}}) // New draft mailbox.
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{Sent: true}})
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{Archive: true}})
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{Trash: true}})
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{Junk: true}})
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{}}) // None
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{Draft: true, Sent: true, Archive: true, Trash: true, Junk: true}}) // All
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: testbox1.ID, SpecialUse: store.SpecialUse{}}) // None again.
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: sent.ID, SpecialUse: store.SpecialUse{Sent: true}}) // Sent, for sending mail later.
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tneedError(t, func() { api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: 0}) })
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// MailboxRename
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api.MailboxRename(ctx, testbox1.ID, "Testbox2")
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api.MailboxRename(ctx, testbox1.ID, "Test/A/B/Box1")
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api.MailboxRename(ctx, testbox1.ID, "Test/A/Box1")
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api.MailboxRename(ctx, testbox1.ID, "Testbox1")
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tneedError(t, func() { api.MailboxRename(ctx, 0, "BadID") })
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tneedError(t, func() { api.MailboxRename(ctx, testbox1.ID, "Testbox1") }) // Already this name.
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tneedError(t, func() { api.MailboxRename(ctx, testbox1.ID, "Inbox") }) // Inbox not allowed.
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tneedError(t, func() { api.MailboxRename(ctx, inbox.ID, "Binbox") }) // Inbox not allowed.
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tneedError(t, func() { api.MailboxRename(ctx, testbox1.ID, "Archive") }) // Exists.
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// ParsedMessage
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// todo: verify contents
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api.ParsedMessage(ctx, inboxMinimal.ID)
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api.ParsedMessage(ctx, inboxText.ID)
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api.ParsedMessage(ctx, inboxHTML.ID)
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api.ParsedMessage(ctx, inboxAlt.ID)
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api.ParsedMessage(ctx, inboxAltRel.ID)
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api.ParsedMessage(ctx, testbox1Alt.ID)
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tneedError(t, func() { api.ParsedMessage(ctx, 0) })
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tneedError(t, func() { api.ParsedMessage(ctx, testmsgs[len(testmsgs)-1].ID+1) })
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// MailboxDelete
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api.MailboxDelete(ctx, testbox1.ID)
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testa, err := bstore.QueryDB[store.Mailbox](ctx, acc.DB).FilterEqual("Name", "Test/A").Get()
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tcheck(t, err, "get mailbox Test/A")
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tneedError(t, func() { api.MailboxDelete(ctx, testa.ID) }) // Test/A/B still exists.
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tneedError(t, func() { api.MailboxDelete(ctx, 0) }) // Bad ID.
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tneedError(t, func() { api.MailboxDelete(ctx, testbox1.ID) }) // No longer exists.
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tneedError(t, func() { api.MailboxDelete(ctx, inbox.ID) }) // Cannot remove inbox.
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tneedError(t, func() { api.ParsedMessage(ctx, testbox1Alt.ID) }) // Message was removed and no longer exists.
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api.MailboxCreate(ctx, "Testbox1")
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testbox1, err = bstore.QueryDB[store.Mailbox](ctx, acc.DB).FilterEqual("Name", "Testbox1").Get()
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tcheck(t, err, "get testbox1")
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tdeliver(t, acc, testbox1Alt)
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// MailboxEmpty
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api.MailboxEmpty(ctx, testbox1.ID)
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tneedError(t, func() { api.ParsedMessage(ctx, testbox1Alt.ID) }) // Message was removed and no longer exists.
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tneedError(t, func() { api.MailboxEmpty(ctx, 0) }) // Bad ID.
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// MessageMove
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tneedError(t, func() { api.MessageMove(ctx, []int64{testbox1Alt.ID}, inbox.ID) }) // Message was removed (with MailboxEmpty above).
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api.MessageMove(ctx, []int64{}, testbox1.ID) // No messages.
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tdeliver(t, acc, testbox1Alt)
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tneedError(t, func() { api.MessageMove(ctx, []int64{testbox1Alt.ID}, testbox1.ID) }) // Already in destination mailbox.
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tneedError(t, func() { api.MessageMove(ctx, []int64{}, 0) }) // Bad ID.
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api.MessageMove(ctx, []int64{inboxMinimal.ID, inboxHTML.ID}, testbox1.ID)
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api.MessageMove(ctx, []int64{inboxMinimal.ID, inboxHTML.ID, testbox1Alt.ID}, inbox.ID) // From different mailboxes.
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api.FlagsAdd(ctx, []int64{inboxMinimal.ID}, []string{`minimallabel`}) // For move.
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api.MessageMove(ctx, []int64{inboxMinimal.ID}, testbox1.ID) // Move causes new label for destination mailbox.
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api.MessageMove(ctx, []int64{rejectsMinimal.ID}, testbox1.ID) // Move causing readjustment of MailboxOrigID due to Rejects mailbox.
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tneedError(t, func() { api.MessageMove(ctx, []int64{testbox1Alt.ID, inboxMinimal.ID}, testbox1.ID) }) // inboxMinimal already in destination.
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// Restore.
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api.MessageMove(ctx, []int64{inboxMinimal.ID}, inbox.ID)
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api.MessageMove(ctx, []int64{testbox1Alt.ID}, testbox1.ID)
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// MessageDelete
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api.MessageDelete(ctx, []int64{}) // No messages.
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api.MessageDelete(ctx, []int64{inboxMinimal.ID, inboxHTML.ID}) // Same mailbox.
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api.MessageDelete(ctx, []int64{inboxText.ID, testbox1Alt.ID, inboxAltRel.ID}) // Multiple mailboxes, multiple times.
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tneedError(t, func() { api.MessageDelete(ctx, []int64{0}) }) // Bad ID.
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tneedError(t, func() { api.MessageDelete(ctx, []int64{testbox1Alt.ID + 999}) }) // Bad ID
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tneedError(t, func() { api.MessageDelete(ctx, []int64{testbox1Alt.ID}) }) // Already removed.
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tdeliver(t, acc, testbox1Alt)
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tdeliver(t, acc, inboxAltRel)
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// MessageSubmit
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queue.Localserve = true // Deliver directly to us instead attempting actual delivery.
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"mjl+to@mox.example", "mjl to2 <mjl+to2@mox.example>"},
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Cc: []string{"mjl+cc@mox.example", "mjl cc2 <mjl+cc2@mox.example>"},
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Bcc: []string{"mjl+bcc@mox.example", "mjl bcc2 <mjl+bcc2@mox.example>"},
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Subject: "test email",
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TextBody: "this is the content\n\ncheers,\nmox",
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ReplyTo: "mjl replyto <mjl+replyto@mox.example>",
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UserAgent: "moxwebmail/dev",
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})
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// todo: check delivery of 6 messages to inbox, 1 to sent
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// Reply with attachments.
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"mjl+to@mox.example"},
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Subject: "Re: reply with attachments",
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TextBody: "sending you these fake png files",
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Attachments: []File{
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{
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Filename: "test1.png",
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DataURI: "data:image/png;base64,iVBORw0KGgoAAAANSUhEUg==",
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},
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{
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Filename: "test1.png",
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DataURI: "data:image/png;base64,iVBORw0KGgoAAAANSUhEUg==",
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},
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},
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ResponseMessageID: testbox1Alt.ID,
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})
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// todo: check answered flag
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// Forward with attachments.
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"mjl+to@mox.example"},
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Subject: "Fwd: the original subject",
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TextBody: "look what i got",
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Attachments: []File{
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{
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Filename: "test1.png",
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DataURI: "data:image/png;base64,iVBORw0KGgoAAAANSUhEUg==",
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},
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},
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ForwardAttachments: ForwardAttachments{
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MessageID: inboxAltRel.ID,
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Paths: [][]int{{1, 1}, {1, 1}},
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},
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IsForward: true,
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ResponseMessageID: testbox1Alt.ID,
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})
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// todo: check forwarded flag, check it has the right attachments.
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// Send from utf8 localpart.
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api.MessageSubmit(ctx, SubmitMessage{
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From: "møx@mox.example",
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To: []string{"mjl+to@mox.example"},
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TextBody: "test",
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})
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// Send to utf8 localpart.
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"møx@mox.example"},
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TextBody: "test",
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})
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// Send to utf-8 text.
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"mjl+to@mox.example"},
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Subject: "hi ☺",
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TextBody: fmt.Sprintf("%80s", "tést"),
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})
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// Send without special-use Sent mailbox.
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api.MailboxSetSpecialUse(ctx, store.Mailbox{ID: sent.ID, SpecialUse: store.SpecialUse{}})
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"mjl+to@mox.example"},
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Subject: "hi ☺",
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TextBody: fmt.Sprintf("%80s", "tést"),
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})
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// Message with From-address of another account.
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tneedError(t, func() {
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api.MessageSubmit(ctx, SubmitMessage{
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From: "other@mox.example",
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To: []string{"mjl+to@mox.example"},
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TextBody: "test",
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})
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})
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// Message with unknown address.
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tneedError(t, func() {
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api.MessageSubmit(ctx, SubmitMessage{
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From: "doesnotexist@mox.example",
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To: []string{"mjl+to@mox.example"},
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TextBody: "test",
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})
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})
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// Message without recipient.
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tneedError(t, func() {
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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TextBody: "test",
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})
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})
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api.maxMessageSize = 1
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tneedError(t, func() {
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api.MessageSubmit(ctx, SubmitMessage{
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From: "mjl@mox.example",
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To: []string{"mjl+to@mox.example"},
|
|
Subject: "too large",
|
|
TextBody: "so many bytes",
|
|
})
|
|
})
|
|
api.maxMessageSize = 1024 * 1024
|
|
|
|
// Hit recipient limit.
|
|
tneedError(t, func() {
|
|
accConf, _ := acc.Conf()
|
|
for i := 0; i <= accConf.MaxFirstTimeRecipientsPerDay; i++ {
|
|
api.MessageSubmit(ctx, SubmitMessage{
|
|
From: fmt.Sprintf("user@mox%d.example", i),
|
|
TextBody: "test",
|
|
})
|
|
}
|
|
})
|
|
|
|
// Hit message limit.
|
|
tneedError(t, func() {
|
|
accConf, _ := acc.Conf()
|
|
for i := 0; i <= accConf.MaxOutgoingMessagesPerDay; i++ {
|
|
api.MessageSubmit(ctx, SubmitMessage{
|
|
From: fmt.Sprintf("user@mox%d.example", i),
|
|
TextBody: "test",
|
|
})
|
|
}
|
|
})
|
|
|
|
l, full := api.CompleteRecipient(ctx, "doesnotexist")
|
|
tcompare(t, len(l), 0)
|
|
tcompare(t, full, true)
|
|
l, full = api.CompleteRecipient(ctx, "cc2")
|
|
tcompare(t, l, []string{"mjl cc2 <mjl+cc2@mox.example>"})
|
|
tcompare(t, full, true)
|
|
}
|