package hugolib import ( "fmt" "strings" "testing" "github.com/BurntSushi/toml" "github.com/spf13/afero" "github.com/spf13/hugo/hugofs" "github.com/spf13/hugo/source" "github.com/spf13/viper" "github.com/stretchr/testify/assert" ) const ( CONF_MENU1 = ` [[menu.main]] name = "Go Home" url = "/" weight = 1 pre = "
" post = "
" [[menu.main]] name = "Blog" url = "/posts" [[menu.grandparent]] name = "grandparent" url = "/grandparent" identifier = "grandparentId" [[menu.grandparent]] name = "parent" url = "/parent" identifier = "parentId" parent = "grandparentId" [[menu.grandparent]] name = "Go Home3" url = "/" identifier = "grandchildId" parent = "parentId" [[menu.tax]] name = "Tax1" url = "/two/key/" identifier="1" [[menu.tax]] name = "Tax2" url = "/two/key" identifier="2" [[menu.tax]] name = "Tax RSS" url = "/two/key.xml" identifier="xml" [[menu.hash]] name = "Tax With #" url = "/resource#anchor" identifier="hash" [[menu.unicode]] name = "Unicode Russian" identifier = "unicode-russian" url = "/новости-проекта"` // Russian => "news-project" ) var MENU_PAGE_1 = []byte(`+++ title = "One" [menu] [menu.p_one] weight = 1 +++ Front Matter with Menu Pages`) var MENU_PAGE_2 = []byte(`+++ title = "Two" weight = 2 [menu] [menu.p_one] [menu.p_two] identifier = "Two" +++ Front Matter with Menu Pages`) var MENU_PAGE_3 = []byte(`+++ title = "Three" weight = 3 [menu] [menu.p_two] Name = "Three" Parent = "Two" +++ Front Matter with Menu Pages`) var MENU_PAGE_SOURCES = []source.ByteSource{ {"sect/doc1.md", MENU_PAGE_1}, {"sect/doc2.md", MENU_PAGE_2}, {"sect/doc3.md", MENU_PAGE_3}, } func tstCreateMenuPageWithNameTOML(title, menu, name string) []byte { return []byte(fmt.Sprintf(`+++ title = "%s" weight = 1 [menu] [menu.%s] name = "%s" +++ Front Matter with Menu with Name`, title, menu, name)) } func tstCreateMenuPageWithIdentifierTOML(title, menu, identifier string) []byte { return []byte(fmt.Sprintf(`+++ title = "%s" weight = 1 [menu] [menu.%s] identifier = "%s" name = "somename" +++ Front Matter with Menu with Identifier`, title, menu, identifier)) } func tstCreateMenuPageWithNameYAML(title, menu, name string) []byte { return []byte(fmt.Sprintf(`--- title: "%s" weight: 1 menu: %s: name: "%s" --- Front Matter with Menu with Name`, title, menu, name)) } func tstCreateMenuPageWithIdentifierYAML(title, menu, identifier string) []byte { return []byte(fmt.Sprintf(`--- title: "%s" weight: 1 menu: %s: identifier: "%s" name: "somename" --- Front Matter with Menu with Identifier`, title, menu, identifier)) } type testMenuState struct { site *Site oldMenu interface{} oldBaseURL interface{} } // Issue 817 - identifier should trump everything func TestPageMenuWithIdentifier(t *testing.T) { toml := []source.ByteSource{ {"sect/doc1.md", tstCreateMenuPageWithIdentifierTOML("t1", "m1", "i1")}, {"sect/doc2.md", tstCreateMenuPageWithIdentifierTOML("t1", "m1", "i2")}, {"sect/doc3.md", tstCreateMenuPageWithIdentifierTOML("t1", "m1", "i2")}, // duplicate } yaml := []source.ByteSource{ {"sect/doc1.md", tstCreateMenuPageWithIdentifierYAML("t1", "m1", "i1")}, {"sect/doc2.md", tstCreateMenuPageWithIdentifierYAML("t1", "m1", "i2")}, {"sect/doc3.md", tstCreateMenuPageWithIdentifierYAML("t1", "m1", "i2")}, // duplicate } doTestPageMenuWithIdentifier(t, toml) doTestPageMenuWithIdentifier(t, yaml) } func doTestPageMenuWithIdentifier(t *testing.T, menuPageSources []source.ByteSource) { ts := setupMenuTests(t, menuPageSources) defer resetMenuTestState(ts) assert.Equal(t, 3, len(ts.site.Pages), "Not enough pages") me1 := ts.findTestMenuEntryByID("m1", "i1") me2 := ts.findTestMenuEntryByID("m1", "i2") assert.NotNil(t, me1) assert.NotNil(t, me2) assert.True(t, strings.Contains(me1.URL, "doc1")) assert.True(t, strings.Contains(me2.URL, "doc2")) } // Issue 817 contd - name should be second identifier in func TestPageMenuWithDuplicateName(t *testing.T) { toml := []source.ByteSource{ {"sect/doc1.md", tstCreateMenuPageWithNameTOML("t1", "m1", "n1")}, {"sect/doc2.md", tstCreateMenuPageWithNameTOML("t1", "m1", "n2")}, {"sect/doc3.md", tstCreateMenuPageWithNameTOML("t1", "m1", "n2")}, // duplicate } yaml := []source.ByteSource{ {"sect/doc1.md", tstCreateMenuPageWithNameYAML("t1", "m1", "n1")}, {"sect/doc2.md", tstCreateMenuPageWithNameYAML("t1", "m1", "n2")}, {"sect/doc3.md", tstCreateMenuPageWithNameYAML("t1", "m1", "n2")}, // duplicate } doTestPageMenuWithDuplicateName(t, toml) doTestPageMenuWithDuplicateName(t, yaml) } func doTestPageMenuWithDuplicateName(t *testing.T, menuPageSources []source.ByteSource) { ts := setupMenuTests(t, menuPageSources) defer resetMenuTestState(ts) assert.Equal(t, 3, len(ts.site.Pages), "Not enough pages") me1 := ts.findTestMenuEntryByName("m1", "n1") me2 := ts.findTestMenuEntryByName("m1", "n2") assert.NotNil(t, me1) assert.NotNil(t, me2) assert.True(t, strings.Contains(me1.URL, "doc1")) assert.True(t, strings.Contains(me2.URL, "doc2")) } func TestPageMenu(t *testing.T) { ts := setupMenuTests(t, MENU_PAGE_SOURCES) defer resetMenuTestState(ts) if len(ts.site.Pages) != 3 { t.Fatalf("Posts not created, expected 3 got %d", len(ts.site.Pages)) } first := ts.site.Pages[0] second := ts.site.Pages[1] third := ts.site.Pages[2] pOne := ts.findTestMenuEntryByName("p_one", "One") pTwo := ts.findTestMenuEntryByID("p_two", "Two") for i, this := range []struct { menu string page *Page menuItem *MenuEntry isMenuCurrent bool hasMenuCurrent bool }{ {"p_one", first, pOne, true, false}, {"p_one", first, pTwo, false, false}, {"p_one", second, pTwo, false, false}, {"p_two", second, pTwo, true, false}, {"p_two", third, pTwo, false, true}, {"p_one", third, pTwo, false, false}, } { isMenuCurrent := this.page.IsMenuCurrent(this.menu, this.menuItem) hasMenuCurrent := this.page.HasMenuCurrent(this.menu, this.menuItem) if isMenuCurrent != this.isMenuCurrent { t.Errorf("[%d] Wrong result from IsMenuCurrent: %v", i, isMenuCurrent) } if hasMenuCurrent != this.hasMenuCurrent { t.Errorf("[%d] Wrong result for menuItem %v for HasMenuCurrent: %v", i, this.menuItem, hasMenuCurrent) } } } // issue #888 func TestMenuWithHashInURL(t *testing.T) { ts := setupMenuTests(t, MENU_PAGE_SOURCES) defer resetMenuTestState(ts) me := ts.findTestMenuEntryByID("hash", "hash") assert.NotNil(t, me) assert.Equal(t, "/Zoo/resource/#anchor", me.URL) } // issue #719 func TestMenuWithUnicodeURLs(t *testing.T) { for _, uglyURLs := range []bool{true, false} { for _, canonifyURLs := range []bool{true, false} { doTestMenuWithUnicodeURLs(t, canonifyURLs, uglyURLs) } } } func doTestMenuWithUnicodeURLs(t *testing.T, canonifyURLs, uglyURLs bool) { viper.Set("CanonifyURLs", canonifyURLs) viper.Set("UglyURLs", uglyURLs) ts := setupMenuTests(t, MENU_PAGE_SOURCES) defer resetMenuTestState(ts) unicodeRussian := ts.findTestMenuEntryByID("unicode", "unicode-russian") expectedBase := "/%D0%BD%D0%BE%D0%B2%D0%BE%D1%81%D1%82%D0%B8-%D0%BF%D1%80%D0%BE%D0%B5%D0%BA%D1%82%D0%B0" if !canonifyURLs { expectedBase = "/Zoo" + expectedBase } var expected string if uglyURLs { expected = expectedBase + ".html" } else { expected = expectedBase + "/" } assert.Equal(t, expected, unicodeRussian.URL, "uglyURLs[%t]", uglyURLs) } func TestTaxonomyNodeMenu(t *testing.T) { viper.Set("CanonifyURLs", true) ts := setupMenuTests(t, MENU_PAGE_SOURCES) defer resetMenuTestState(ts) for i, this := range []struct { menu string taxInfo taxRenderInfo menuItem *MenuEntry isMenuCurrent bool hasMenuCurrent bool }{ {"tax", taxRenderInfo{key: "key", singular: "one", plural: "two"}, ts.findTestMenuEntryByID("tax", "1"), true, false}, {"tax", taxRenderInfo{key: "key", singular: "one", plural: "two"}, ts.findTestMenuEntryByID("tax", "2"), true, false}, {"tax", taxRenderInfo{key: "key", singular: "one", plural: "two"}, &MenuEntry{Name: "Somewhere else", URL: "/somewhereelse"}, false, false}, } { n, _ := ts.site.newTaxonomyNode(this.taxInfo) isMenuCurrent := n.IsMenuCurrent(this.menu, this.menuItem) hasMenuCurrent := n.HasMenuCurrent(this.menu, this.menuItem) if isMenuCurrent != this.isMenuCurrent { t.Errorf("[%d] Wrong result from IsMenuCurrent: %v", i, isMenuCurrent) } if hasMenuCurrent != this.hasMenuCurrent { t.Errorf("[%d] Wrong result for menuItem %v for HasMenuCurrent: %v", i, this.menuItem, hasMenuCurrent) } } menuEntryXML := ts.findTestMenuEntryByID("tax", "xml") if strings.HasSuffix(menuEntryXML.URL, "/") { t.Error("RSS menu item should not be padded with trailing slash") } } func TestHomeNodeMenu(t *testing.T) { ts := setupMenuTests(t, MENU_PAGE_SOURCES) defer resetMenuTestState(ts) home := ts.site.newHomeNode() homeMenuEntry := &MenuEntry{Name: home.Title, URL: home.URL} for i, this := range []struct { menu string menuItem *MenuEntry isMenuCurrent bool hasMenuCurrent bool }{ {"main", homeMenuEntry, true, false}, {"doesnotexist", homeMenuEntry, false, false}, {"main", &MenuEntry{Name: "Somewhere else", URL: "/somewhereelse"}, false, false}, {"grandparent", ts.findTestMenuEntryByID("grandparent", "grandparentId"), false, false}, {"grandparent", ts.findTestMenuEntryByID("grandparent", "parentId"), false, true}, {"grandparent", ts.findTestMenuEntryByID("grandparent", "grandchildId"), true, false}, } { isMenuCurrent := home.IsMenuCurrent(this.menu, this.menuItem) hasMenuCurrent := home.HasMenuCurrent(this.menu, this.menuItem) if isMenuCurrent != this.isMenuCurrent { t.Errorf("[%d] Wrong result from IsMenuCurrent: %v", i, isMenuCurrent) } if hasMenuCurrent != this.hasMenuCurrent { t.Errorf("[%d] Wrong result for menuItem %v for HasMenuCurrent: %v", i, this.menuItem, hasMenuCurrent) } } } var testMenuIdentityMatcher = func(me *MenuEntry, id string) bool { return me.Identifier == id } var testMenuNameMatcher = func(me *MenuEntry, id string) bool { return me.Name == id } func (ts testMenuState) findTestMenuEntryByID(mn string, id string) *MenuEntry { return ts.findTestMenuEntry(mn, id, testMenuIdentityMatcher) } func (ts testMenuState) findTestMenuEntryByName(mn string, id string) *MenuEntry { return ts.findTestMenuEntry(mn, id, testMenuNameMatcher) } func (ts testMenuState) findTestMenuEntry(mn string, id string, matcher func(me *MenuEntry, id string) bool) *MenuEntry { var found *MenuEntry if menu, ok := ts.site.Menus[mn]; ok { for _, me := range *menu { if matcher(me, id) { if found != nil { panic(fmt.Sprintf("Duplicate menu entry in menu %s with id/name %s", mn, id)) } found = me } descendant := ts.findDescendantTestMenuEntry(me, id, matcher) if descendant != nil { if found != nil { panic(fmt.Sprintf("Duplicate menu entry in menu %s with id/name %s", mn, id)) } found = descendant } } } return found } func (ts testMenuState) findDescendantTestMenuEntry(parent *MenuEntry, id string, matcher func(me *MenuEntry, id string) bool) *MenuEntry { var found *MenuEntry if parent.HasChildren() { for _, child := range parent.Children { if matcher(child, id) { if found != nil { panic(fmt.Sprintf("Duplicate menu entry in menuitem %s with id/name %s", parent.KeyName(), id)) } found = child } descendant := ts.findDescendantTestMenuEntry(child, id, matcher) if descendant != nil { if found != nil { panic(fmt.Sprintf("Duplicate menu entry in menuitem %s with id/name %s", parent.KeyName(), id)) } found = descendant } } } return found } func getTestMenuState(s *Site, t *testing.T) *testMenuState { menuState := &testMenuState{site: s, oldBaseURL: viper.Get("baseurl"), oldMenu: viper.Get("menu")} menus, err := tomlToMap(CONF_MENU1) if err != nil { t.Fatalf("Unable to Read menus: %v", err) } viper.Set("menu", menus["menu"]) viper.Set("baseurl", "http://foo.local/Zoo/") return menuState } func setupMenuTests(t *testing.T, pageSources []source.ByteSource) *testMenuState { s := createTestSite(pageSources) testState := getTestMenuState(s, t) testSiteSetup(s, t) return testState } func resetMenuTestState(state *testMenuState) { viper.Set("menu", state.oldMenu) viper.Set("baseurl", state.oldBaseURL) } func createTestSite(pageSources []source.ByteSource) *Site { hugofs.DestinationFS = new(afero.MemMapFs) s := &Site{ Source: &source.InMemorySource{ByteSource: pageSources}, } return s } func testSiteSetup(s *Site, t *testing.T) { s.Menus = Menus{} s.initializeSiteInfo() if err := s.CreatePages(); err != nil { t.Fatalf("Unable to create pages: %s", err) } if err := s.BuildSiteMeta(); err != nil { t.Fatalf("Unable to build site metadata: %s", err) } } func tomlToMap(s string) (map[string]interface{}, error) { var data = make(map[string]interface{}) if _, err := toml.Decode(s, &data); err != nil { return nil, err } return data, nil }