// SPDX-FileCopyrightText: Copyright The Miniflux Authors. All rights reserved. // SPDX-License-Identifier: Apache-2.0 package opml // import "miniflux.app/v2/reader/opml" import ( "bytes" "testing" ) func TestSerialize(t *testing.T) { var subscriptions SubcriptionList subscriptions = append(subscriptions, &Subcription{Title: "Feed 1", FeedURL: "http://example.org/feed/1", SiteURL: "http://example.org/1", CategoryName: "Category 1"}) subscriptions = append(subscriptions, &Subcription{Title: "Feed 2", FeedURL: "http://example.org/feed/2", SiteURL: "http://example.org/2", CategoryName: "Category 1"}) subscriptions = append(subscriptions, &Subcription{Title: "Feed 3", FeedURL: "http://example.org/feed/3", SiteURL: "http://example.org/3", CategoryName: "Category 2"}) output := Serialize(subscriptions) feeds, err := Parse(bytes.NewBufferString(output)) if err != nil { t.Error(err) } if len(feeds) != 3 { t.Errorf("Wrong number of subscriptions: %d instead of %d", len(feeds), 3) } found := false for _, feed := range feeds { if feed.Title == "Feed 1" && feed.CategoryName == "Category 1" && feed.FeedURL == "http://example.org/feed/1" && feed.SiteURL == "http://example.org/1" { found = true break } } if !found { t.Error("Serialized feed is incorrect") } } func TestNormalizedCategoriesOrder(t *testing.T) { var orderTests = []struct { naturalOrderName string correctOrderName string }{ {"Category 2", "Category 1"}, {"Category 3", "Category 2"}, {"Category 1", "Category 3"}, } var subscriptions SubcriptionList subscriptions = append(subscriptions, &Subcription{Title: "Feed 1", FeedURL: "http://example.org/feed/1", SiteURL: "http://example.org/1", CategoryName: orderTests[0].naturalOrderName}) subscriptions = append(subscriptions, &Subcription{Title: "Feed 2", FeedURL: "http://example.org/feed/2", SiteURL: "http://example.org/2", CategoryName: orderTests[1].naturalOrderName}) subscriptions = append(subscriptions, &Subcription{Title: "Feed 3", FeedURL: "http://example.org/feed/3", SiteURL: "http://example.org/3", CategoryName: orderTests[2].naturalOrderName}) feeds := convertSubscriptionsToOPML(subscriptions) for i, o := range orderTests { if feeds.Outlines[i].Text != o.correctOrderName { t.Fatalf("need %v, got %v", o.correctOrderName, feeds.Outlines[i].Text) } } }