hugo/hugolib/shortcode_test.go
Bjørn Erik Pedersen 4f66f790b1 Add readFile template func
This also includes a refactor of the hugofs package and its usage.

The motivation for that is:

The Afero filesystems are brilliant. Hugo's way of adding a dozen of global variables for the different filesystems was a mistake. In readFile (and also in some other places in Hugo today) we need a way to restrict the access inside the working dir. We could use ioutil.ReadFile and implement the path checking, checking the base path and the dots ("..") etc. But it is obviously better to use an Afero BasePathFs combined witha ReadOnlyFs. We could create a use-once-filesystem and handle the initialization ourselves, but since this is also useful to others and the initialization depends on some other global state (which would mean to create a new file system on every invocation), we might as well do it properly and encapsulate the predefined set of filesystems. This change also leads the way, if needed, to encapsulate the file systems in a struct, making it possible to have several file system sets in action at once (parallel multilanguage site building? With Moore's law and all...)

Fixes #1551
2016-03-31 21:24:18 +02:00

622 lines
25 KiB
Go

// Copyright 2016 The Hugo Authors. All rights reserved.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
package hugolib
import (
"fmt"
"path/filepath"
"reflect"
"regexp"
"sort"
"strings"
"testing"
"github.com/spf13/hugo/helpers"
"github.com/spf13/hugo/hugofs"
"github.com/spf13/hugo/source"
"github.com/spf13/hugo/target"
"github.com/spf13/hugo/tpl"
"github.com/spf13/viper"
)
func pageFromString(in, filename string) (*Page, error) {
return NewPageFrom(strings.NewReader(in), filename)
}
func CheckShortCodeMatch(t *testing.T, input, expected string, template tpl.Template) {
CheckShortCodeMatchAndError(t, input, expected, template, false)
}
func CheckShortCodeMatchAndError(t *testing.T, input, expected string, template tpl.Template, expectError bool) {
p, _ := pageFromString(simplePage, "simple.md")
output, err := HandleShortcodes(input, p, template)
if err != nil && !expectError {
t.Fatalf("Shortcode rendered error %s. Expected: %q, Got: %q", err, expected, output)
}
if err == nil && expectError {
t.Fatalf("No error from shortcode")
}
if output != expected {
t.Fatalf("Shortcode render didn't match. got \n%q but expected \n%q", output, expected)
}
}
func TestShortcodeGoFuzzReports(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("sc.html", `foo`)
p, _ := pageFromString(simplePage, "simple.md")
for i, this := range []struct {
data string
expectErr bool
}{
{"{{</*/", true},
} {
output, err := HandleShortcodes(this.data, p, tem)
if this.expectErr && err == nil {
t.Errorf("[%d] should have errored", i)
}
if !this.expectErr && err != nil {
t.Errorf("[%d] should not have errored: %s", i, err)
}
if !this.expectErr && err == nil && len(output) == 0 {
t.Errorf("[%d] empty result", i)
}
}
}
func TestNonSC(t *testing.T) {
tem := tpl.New()
// notice the syntax diff from 0.12, now comment delims must be added
CheckShortCodeMatch(t, "{{%/* movie 47238zzb */%}}", "{{% movie 47238zzb %}}", tem)
}
// Issue #929
func TestHyphenatedSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("hyphenated-video.html", `Playing Video {{ .Get 0 }}`)
CheckShortCodeMatch(t, "{{< hyphenated-video 47238zzb >}}", "Playing Video 47238zzb", tem)
}
// Issue #1753
func TestNoTrailingNewline(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("a.html", `{{ .Get 0 }}`)
CheckShortCodeMatch(t, "ab{{< a c >}}d", "abcd", tem)
}
func TestPositionalParamSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("video.html", `Playing Video {{ .Get 0 }}`)
CheckShortCodeMatch(t, "{{< video 47238zzb >}}", "Playing Video 47238zzb", tem)
CheckShortCodeMatch(t, "{{< video 47238zzb 132 >}}", "Playing Video 47238zzb", tem)
CheckShortCodeMatch(t, "{{<video 47238zzb>}}", "Playing Video 47238zzb", tem)
CheckShortCodeMatch(t, "{{<video 47238zzb >}}", "Playing Video 47238zzb", tem)
CheckShortCodeMatch(t, "{{< video 47238zzb >}}", "Playing Video 47238zzb", tem)
}
func TestPositionalParamIndexOutOfBounds(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("video.html", `Playing Video {{ .Get 1 }}`)
CheckShortCodeMatch(t, "{{< video 47238zzb >}}", "Playing Video error: index out of range for positional param at position 1", tem)
}
// some repro issues for panics in Go Fuzz testing
func TestShortcodeGoFuzzRepros(t *testing.T) {
tt := tpl.New()
tt.AddInternalShortcode("inner.html", `Shortcode... {{ with .Get 0 }}{{ . }}{{ end }}-- {{ with .Get 1 }}{{ . }}{{ end }}- {{ with .Inner }}{{ . }}{{ end }}`)
// Issue #1337
CheckShortCodeMatchAndError(t, "{{%inner\"\"\"\"=\"\"", "", tt, true)
}
func TestNamedParamSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("img.html", `<img{{ with .Get "src" }} src="{{.}}"{{end}}{{with .Get "class"}} class="{{.}}"{{end}}>`)
CheckShortCodeMatch(t, `{{< img src="one" >}}`, `<img src="one">`, tem)
CheckShortCodeMatch(t, `{{< img class="aspen" >}}`, `<img class="aspen">`, tem)
CheckShortCodeMatch(t, `{{< img src= "one" >}}`, `<img src="one">`, tem)
CheckShortCodeMatch(t, `{{< img src ="one" >}}`, `<img src="one">`, tem)
CheckShortCodeMatch(t, `{{< img src = "one" >}}`, `<img src="one">`, tem)
CheckShortCodeMatch(t, `{{< img src = "one" class = "aspen grove" >}}`, `<img src="one" class="aspen grove">`, tem)
}
func TestIsNamedParamsSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("byposition.html", `<div id="{{ .Get 0 }}">`)
tem.AddInternalShortcode("byname.html", `<div id="{{ .Get "id" }}">`)
tem.AddInternalShortcode("ifnamedparams.html", `<div id="{{ if .IsNamedParams }}{{ .Get "id" }}{{ else }}{{ .Get 0 }}{{end}}">`)
CheckShortCodeMatch(t, `{{< ifnamedparams id="name" >}}`, `<div id="name">`, tem)
CheckShortCodeMatch(t, `{{< ifnamedparams position >}}`, `<div id="position">`, tem)
CheckShortCodeMatch(t, `{{< byname id="name" >}}`, `<div id="name">`, tem)
CheckShortCodeMatch(t, `{{< byname position >}}`, `<div id="error: cannot access positional params by string name">`, tem)
CheckShortCodeMatch(t, `{{< byposition position >}}`, `<div id="position">`, tem)
CheckShortCodeMatch(t, `{{< byposition id="name" >}}`, `<div id="error: cannot access named params by position">`, tem)
}
func TestInnerSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("inside.html", `<div{{with .Get "class"}} class="{{.}}"{{end}}>{{ .Inner }}</div>`)
CheckShortCodeMatch(t, `{{< inside class="aspen" >}}`, `<div class="aspen"></div>`, tem)
CheckShortCodeMatch(t, `{{< inside class="aspen" >}}More Here{{< /inside >}}`, "<div class=\"aspen\">More Here</div>", tem)
CheckShortCodeMatch(t, `{{< inside >}}More Here{{< /inside >}}`, "<div>More Here</div>", tem)
}
func TestInnerSCWithMarkdown(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("inside.html", `<div{{with .Get "class"}} class="{{.}}"{{end}}>{{ .Inner }}</div>`)
CheckShortCodeMatch(t, `{{% inside %}}
# More Here
[link](http://spf13.com) and text
{{% /inside %}}`, "<div><h1 id=\"more-here:bec3ed8ba720b9073ab75abcf3ba5d97\">More Here</h1>\n\n<p><a href=\"http://spf13.com\">link</a> and text</p>\n</div>", tem)
}
func TestInnerSCWithAndWithoutMarkdown(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("inside.html", `<div{{with .Get "class"}} class="{{.}}"{{end}}>{{ .Inner }}</div>`)
CheckShortCodeMatch(t, `{{% inside %}}
# More Here
[link](http://spf13.com) and text
{{% /inside %}}
And then:
{{< inside >}}
# More Here
This is **plain** text.
{{< /inside >}}
`, "<div><h1 id=\"more-here:bec3ed8ba720b9073ab75abcf3ba5d97\">More Here</h1>\n\n<p><a href=\"http://spf13.com\">link</a> and text</p>\n</div>\n\nAnd then:\n\n<div>\n# More Here\n\nThis is **plain** text.\n\n</div>\n", tem)
}
func TestEmbeddedSC(t *testing.T) {
tem := tpl.New()
CheckShortCodeMatch(t, "{{% test %}}", "This is a simple Test", tem)
CheckShortCodeMatch(t, `{{% figure src="/found/here" class="bananas orange" %}}`, "\n<figure class=\"bananas orange\">\n \n <img src=\"/found/here\" />\n \n \n</figure>\n", tem)
CheckShortCodeMatch(t, `{{% figure src="/found/here" class="bananas orange" caption="This is a caption" %}}`, "\n<figure class=\"bananas orange\">\n \n <img src=\"/found/here\" alt=\"This is a caption\" />\n \n \n <figcaption>\n <p>\n This is a caption\n \n \n \n </p> \n </figcaption>\n \n</figure>\n", tem)
}
func TestNestedSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("scn1.html", `<div>Outer, inner is {{ .Inner }}</div>`)
tem.AddInternalShortcode("scn2.html", `<div>SC2</div>`)
CheckShortCodeMatch(t, `{{% scn1 %}}{{% scn2 %}}{{% /scn1 %}}`, "<div>Outer, inner is <div>SC2</div>\n</div>", tem)
CheckShortCodeMatch(t, `{{< scn1 >}}{{% scn2 %}}{{< /scn1 >}}`, "<div>Outer, inner is <div>SC2</div></div>", tem)
}
func TestNestedComplexSC(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("row.html", `-row-{{ .Inner}}-rowStop-`)
tem.AddInternalShortcode("column.html", `-col-{{.Inner }}-colStop-`)
tem.AddInternalShortcode("aside.html", `-aside-{{ .Inner }}-asideStop-`)
CheckShortCodeMatch(t, `{{< row >}}1-s{{% column %}}2-**s**{{< aside >}}3-**s**{{< /aside >}}4-s{{% /column %}}5-s{{< /row >}}6-s`,
"-row-1-s-col-2-<strong>s</strong>-aside-3-<strong>s</strong>-asideStop-4-s-colStop-5-s-rowStop-6-s", tem)
// turn around the markup flag
CheckShortCodeMatch(t, `{{% row %}}1-s{{< column >}}2-**s**{{% aside %}}3-**s**{{% /aside %}}4-s{{< /column >}}5-s{{% /row %}}6-s`,
"-row-1-s-col-2-<strong>s</strong>-aside-3-<strong>s</strong>-asideStop-4-s-colStop-5-s-rowStop-6-s", tem)
}
func TestParentShortcode(t *testing.T) {
tem := tpl.New()
tem.AddInternalShortcode("r1.html", `1: {{ .Get "pr1" }} {{ .Inner }}`)
tem.AddInternalShortcode("r2.html", `2: {{ .Parent.Get "pr1" }}{{ .Get "pr2" }} {{ .Inner }}`)
tem.AddInternalShortcode("r3.html", `3: {{ .Parent.Parent.Get "pr1" }}{{ .Parent.Get "pr2" }}{{ .Get "pr3" }} {{ .Inner }}`)
CheckShortCodeMatch(t, `{{< r1 pr1="p1" >}}1: {{< r2 pr2="p2" >}}2: {{< r3 pr3="p3" >}}{{< /r3 >}}{{< /r2 >}}{{< /r1 >}}`,
"1: p1 1: 2: p1p2 2: 3: p1p2p3 ", tem)
}
func TestFigureImgWidth(t *testing.T) {
tem := tpl.New()
CheckShortCodeMatch(t, `{{% figure src="/found/here" class="bananas orange" alt="apple" width="100px" %}}`, "\n<figure class=\"bananas orange\">\n \n <img src=\"/found/here\" alt=\"apple\" width=\"100px\" />\n \n \n</figure>\n", tem)
}
func TestHighlight(t *testing.T) {
viper.Reset()
defer viper.Reset()
if !helpers.HasPygments() {
t.Skip("Skip test as Pygments is not installed")
}
viper.Set("PygmentsStyle", "bw")
viper.Set("PygmentsUseClasses", false)
templ := tpl.New()
code := `
{{< highlight java >}}
void do();
{{< /highlight >}}`
p, _ := pageFromString(simplePage, "simple.md")
output, err := HandleShortcodes(code, p, templ)
if err != nil {
t.Fatal("Handle shortcode error", err)
}
matched, err := regexp.MatchString("(?s)^\n<div class=\"highlight\" style=\"background: #ffffff\"><pre style=\"line-height: 125%\">.*?void</span> do().*?</pre></div>\n$", output)
if err != nil {
t.Fatal("Regexp error", err)
}
if !matched {
t.Error("Hightlight mismatch, got\n", output)
}
}
const testScPlaceholderRegexp = "{#{#HUGOSHORTCODE-\\d+#}#}"
func TestExtractShortcodes(t *testing.T) {
for i, this := range []struct {
name string
input string
expectShortCodes string
expect interface{}
expectErrorMsg string
}{
{"text", "Some text.", "map[]", "Some text.", ""},
{"invalid right delim", "{{< tag }}", "", false, "simple:4:.*unrecognized character.*}"},
{"invalid close", "\n{{< /tag >}}", "", false, "simple:5:.*got closing shortcode, but none is open"},
{"invalid close2", "\n\n{{< tag >}}{{< /anotherTag >}}", "", false, "simple:6: closing tag for shortcode 'anotherTag' does not match start tag"},
{"unterminated quote 1", `{{< figure src="im caption="S" >}}`, "", false, "simple:4:.got pos.*"},
{"unterminated quote 1", `{{< figure src="im" caption="S >}}`, "", false, "simple:4:.*unterm.*}"},
{"one shortcode, no markup", "{{< tag >}}", "", testScPlaceholderRegexp, ""},
{"one shortcode, markup", "{{% tag %}}", "", testScPlaceholderRegexp, ""},
{"one pos param", "{{% tag param1 %}}", `tag([\"param1\"], true){[]}"]`, testScPlaceholderRegexp, ""},
{"two pos params", "{{< tag param1 param2>}}", `tag([\"param1\" \"param2\"], false){[]}"]`, testScPlaceholderRegexp, ""},
{"one named param", `{{% tag param1="value" %}}`, `tag([\"param1:value\"], true){[]}`, testScPlaceholderRegexp, ""},
{"two named params", `{{< tag param1="value1" param2="value2" >}}`, `tag([\"param1:value1\" \"param2:value2\"], false){[]}"]`,
testScPlaceholderRegexp, ""},
{"inner", `Some text. {{< inner >}}Inner Content{{< / inner >}}. Some more text.`, `inner([], false){[Inner Content]}`,
fmt.Sprintf("Some text. %s. Some more text.", testScPlaceholderRegexp), ""},
// issue #934
{"inner self-closing", `Some text. {{< inner />}}. Some more text.`, `inner([], false){[]}`,
fmt.Sprintf("Some text. %s. Some more text.", testScPlaceholderRegexp), ""},
{"close, but not inner", "{{< tag >}}foo{{< /tag >}}", "", false, "Shortcode 'tag' in page 'simple.md' has no .Inner.*"},
{"nested inner", `Inner->{{< inner >}}Inner Content->{{% inner2 param1 %}}inner2txt{{% /inner2 %}}Inner close->{{< / inner >}}<-done`,
`inner([], false){[Inner Content-> inner2([\"param1\"], true){[inner2txt]} Inner close->]}`,
fmt.Sprintf("Inner->%s<-done", testScPlaceholderRegexp), ""},
{"nested, nested inner", `Inner->{{< inner >}}inner2->{{% inner2 param1 %}}inner2txt->inner3{{< inner3>}}inner3txt{{</ inner3 >}}{{% /inner2 %}}final close->{{< / inner >}}<-done`,
`inner([], false){[inner2-> inner2([\"param1\"], true){[inner2txt->inner3 inner3(%!q(<nil>), false){[inner3txt]}]} final close->`,
fmt.Sprintf("Inner->%s<-done", testScPlaceholderRegexp), ""},
{"two inner", `Some text. {{% inner %}}First **Inner** Content{{% / inner %}} {{< inner >}}Inner **Content**{{< / inner >}}. Some more text.`,
`map["{#{#HUGOSHORTCODE-1#}#}:inner([], true){[First **Inner** Content]}" "{#{#HUGOSHORTCODE-2#}#}:inner([], false){[Inner **Content**]}"]`,
fmt.Sprintf("Some text. %s %s. Some more text.", testScPlaceholderRegexp, testScPlaceholderRegexp), ""},
{"closed without content", `Some text. {{< inner param1 >}}{{< / inner >}}. Some more text.`, `inner([\"param1\"], false){[]}`,
fmt.Sprintf("Some text. %s. Some more text.", testScPlaceholderRegexp), ""},
{"two shortcodes", "{{< sc1 >}}{{< sc2 >}}",
`map["{#{#HUGOSHORTCODE-1#}#}:sc1([], false){[]}" "{#{#HUGOSHORTCODE-2#}#}:sc2([], false){[]}"]`,
testScPlaceholderRegexp + testScPlaceholderRegexp, ""},
{"mix of shortcodes", `Hello {{< sc1 >}}world{{% sc2 p2="2"%}}. And that's it.`,
`map["{#{#HUGOSHORTCODE-1#}#}:sc1([], false){[]}" "{#{#HUGOSHORTCODE-2#}#}:sc2([\"p2:2\"]`,
fmt.Sprintf("Hello %sworld%s. And that's it.", testScPlaceholderRegexp, testScPlaceholderRegexp), ""},
{"mix with inner", `Hello {{< sc1 >}}world{{% inner p2="2"%}}Inner{{%/ inner %}}. And that's it.`,
`map["{#{#HUGOSHORTCODE-1#}#}:sc1([], false){[]}" "{#{#HUGOSHORTCODE-2#}#}:inner([\"p2:2\"], true){[Inner]}"]`,
fmt.Sprintf("Hello %sworld%s. And that's it.", testScPlaceholderRegexp, testScPlaceholderRegexp), ""},
} {
p, _ := pageFromString(simplePage, "simple.md")
tem := tpl.New()
tem.AddInternalShortcode("tag.html", `tag`)
tem.AddInternalShortcode("sc1.html", `sc1`)
tem.AddInternalShortcode("sc2.html", `sc2`)
tem.AddInternalShortcode("inner.html", `{{with .Inner }}{{ . }}{{ end }}`)
tem.AddInternalShortcode("inner2.html", `{{.Inner}}`)
tem.AddInternalShortcode("inner3.html", `{{.Inner}}`)
content, shortCodes, err := extractShortcodes(this.input, p, tem)
if b, ok := this.expect.(bool); ok && !b {
if err == nil {
t.Fatalf("[%d] %s: ExtractShortcodes didn't return an expected error", i, this.name)
} else {
r, _ := regexp.Compile(this.expectErrorMsg)
if !r.MatchString(err.Error()) {
t.Fatalf("[%d] %s: ExtractShortcodes didn't return an expected error message, got %s but expected %s",
i, this.name, err.Error(), this.expectErrorMsg)
}
}
continue
} else {
if err != nil {
t.Fatalf("[%d] %s: failed: %q", i, this.name, err)
}
}
var expected string
av := reflect.ValueOf(this.expect)
switch av.Kind() {
case reflect.String:
expected = av.String()
}
r, err := regexp.Compile(expected)
if err != nil {
t.Fatalf("[%d] %s: Failed to compile regexp %q: %q", i, this.name, expected, err)
}
if strings.Count(content, shortcodePlaceholderPrefix) != len(shortCodes) {
t.Fatalf("[%d] %s: Not enough placeholders, found %d", i, this.name, len(shortCodes))
}
if !r.MatchString(content) {
t.Fatalf("[%d] %s: Shortcode extract didn't match. got %q but expected %q", i, this.name, content, expected)
}
for placeHolder, sc := range shortCodes {
if !strings.Contains(content, placeHolder) {
t.Fatalf("[%d] %s: Output does not contain placeholder %q", i, this.name, placeHolder)
}
if sc.params == nil {
t.Fatalf("[%d] %s: Params is nil for shortcode '%s'", i, this.name, sc.name)
}
}
if this.expectShortCodes != "" {
shortCodesAsStr := fmt.Sprintf("map%q", collectAndSortShortcodes(shortCodes))
if !strings.Contains(shortCodesAsStr, this.expectShortCodes) {
t.Fatalf("[%d] %s: Short codes not as expected, got %s but expected %s", i, this.name, shortCodesAsStr, this.expectShortCodes)
}
}
}
}
func TestShortcodesInSite(t *testing.T) {
viper.Reset()
defer viper.Reset()
baseURL := "http://foo/bar"
viper.Set("DefaultExtension", "html")
viper.Set("baseurl", baseURL)
viper.Set("UglyURLs", false)
viper.Set("verbose", true)
tests := []struct {
contentPath string
content string
outFile string
expected string
}{
{"sect/doc1.md", `a{{< b >}}c`,
filepath.FromSlash("sect/doc1/index.html"), "<p>abc</p>\n"},
// Issue #1642: Multiple shortcodes wrapped in P
// Deliberately forced to pass even if they maybe shouldn't.
{"sect/doc2.md", `a
{{< b >}}
{{< c >}}
{{< d >}}
e`,
filepath.FromSlash("sect/doc2/index.html"),
"<p>a</p>\n\n<p>b<br />\nc\nd</p>\n\n<p>e</p>\n"},
{"sect/doc3.md", `a
{{< b >}}
{{< c >}}
{{< d >}}
e`,
filepath.FromSlash("sect/doc3/index.html"),
"<p>a</p>\n\n<p>b<br />\nc</p>\n\nd\n\n<p>e</p>\n"},
{"sect/doc4.md", `a
{{< b >}}
{{< b >}}
{{< b >}}
{{< b >}}
{{< b >}}
`,
filepath.FromSlash("sect/doc4/index.html"),
"<p>a\nb\nb\nb\nb\nb</p>\n"},
}
sources := make([]source.ByteSource, len(tests))
for i, test := range tests {
sources[i] = source.ByteSource{Name: filepath.FromSlash(test.contentPath), Content: []byte(test.content)}
}
s := &Site{
Source: &source.InMemorySource{ByteSource: sources},
targets: targetList{page: &target.PagePub{UglyURLs: false}},
}
s.initializeSiteInfo()
s.loadTemplates()
s.Tmpl.AddTemplate("_default/single.html", "{{.Content}}")
s.Tmpl.AddInternalShortcode("b.html", `b`)
s.Tmpl.AddInternalShortcode("c.html", `c`)
s.Tmpl.AddInternalShortcode("d.html", `d`)
s.Tmpl.MarkReady()
createAndRenderPages(t, s)
for _, test := range tests {
file, err := hugofs.Destination().Open(test.outFile)
if err != nil {
t.Fatalf("Did not find %s in target: %s", test.outFile, err)
}
content := helpers.ReaderToString(file)
if content != test.expected {
t.Errorf("%s content expected:\n%q\ngot:\n%q", test.outFile, test.expected, content)
}
}
}
func collectAndSortShortcodes(shortcodes map[string]shortcode) []string {
var asArray []string
for key, sc := range shortcodes {
asArray = append(asArray, fmt.Sprintf("%s:%s", key, sc))
}
sort.Strings(asArray)
return asArray
}
func BenchmarkReplaceShortcodeTokens(b *testing.B) {
type input struct {
in []byte
replacements map[string]string
expect []byte
}
data := []struct {
input string
replacements map[string]string
expect []byte
}{
{"Hello {#{#HUGOSHORTCODE-1#}#}.", map[string]string{"{#{#HUGOSHORTCODE-1#}#}": "World"}, []byte("Hello World.")},
{strings.Repeat("A", 100) + " {#{#HUGOSHORTCODE-1#}#}.", map[string]string{"{#{#HUGOSHORTCODE-1#}#}": "Hello World"}, []byte(strings.Repeat("A", 100) + " Hello World.")},
{strings.Repeat("A", 500) + " {#{#HUGOSHORTCODE-1#}#}.", map[string]string{"{#{#HUGOSHORTCODE-1#}#}": "Hello World"}, []byte(strings.Repeat("A", 500) + " Hello World.")},
{strings.Repeat("ABCD ", 500) + " {#{#HUGOSHORTCODE-1#}#}.", map[string]string{"{#{#HUGOSHORTCODE-1#}#}": "Hello World"}, []byte(strings.Repeat("ABCD ", 500) + " Hello World.")},
{strings.Repeat("A ", 3000) + " {#{#HUGOSHORTCODE-1#}#}." + strings.Repeat("BC ", 1000) + " {#{#HUGOSHORTCODE-1#}#}.", map[string]string{"{#{#HUGOSHORTCODE-1#}#}": "Hello World"}, []byte(strings.Repeat("A ", 3000) + " Hello World." + strings.Repeat("BC ", 1000) + " Hello World.")},
}
var in = make([]input, b.N*len(data))
var cnt = 0
for i := 0; i < b.N; i++ {
for _, this := range data {
in[cnt] = input{[]byte(this.input), this.replacements, this.expect}
cnt++
}
}
b.ResetTimer()
cnt = 0
for i := 0; i < b.N; i++ {
for j := range data {
currIn := in[cnt]
cnt++
results, err := replaceShortcodeTokens(currIn.in, "HUGOSHORTCODE", currIn.replacements)
if err != nil {
b.Fatalf("[%d] failed: %s", i, err)
continue
}
if len(results) != len(currIn.expect) {
b.Fatalf("[%d] replaceShortcodeTokens, got \n%q but expected \n%q", j, results, currIn.expect)
}
}
}
}
func TestReplaceShortcodeTokens(t *testing.T) {
for i, this := range []struct {
input string
prefix string
replacements map[string]string
expect interface{}
}{
{"Hello {#{#PREFIX-1#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "Hello World."},
{"Hello {#{#PREFIX-1@}@.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, false},
{"{#{#PREFIX2-1#}#}", "PREFIX2", map[string]string{"{#{#PREFIX2-1#}#}": "World"}, "World"},
{"Hello World!", "PREFIX2", map[string]string{}, "Hello World!"},
{"!{#{#PREFIX-1#}#}", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "!World"},
{"{#{#PREFIX-1#}#}!", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "World!"},
{"!{#{#PREFIX-1#}#}!", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "!World!"},
{"#{#PREFIX-1#}#}", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "#{#PREFIX-1#}#}"},
{"Hello {#{#PREFIX-1#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "To You My Old Friend Who Told Me This Fantastic Story"}, "Hello To You My Old Friend Who Told Me This Fantastic Story."},
{"A {#{#A-1#}#} asdf {#{#A-2#}#}.", "A", map[string]string{"{#{#A-1#}#}": "v1", "{#{#A-2#}#}": "v2"}, "A v1 asdf v2."},
{"Hello {#{#PREFIX2-1#}#}. Go {#{#PREFIX2-2#}#}, Go, Go {#{#PREFIX2-3#}#} Go Go!.", "PREFIX2", map[string]string{"{#{#PREFIX2-1#}#}": "Europe", "{#{#PREFIX2-2#}#}": "Jonny", "{#{#PREFIX2-3#}#}": "Johnny"}, "Hello Europe. Go Jonny, Go, Go Johnny Go Go!."},
{"A {#{#PREFIX-2#}#} {#{#PREFIX-1#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A", "{#{#PREFIX-2#}#}": "B"}, "A B A."},
{"A {#{#PREFIX-1#}#} {#{#PREFIX-2", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A"}, false},
{"A {#{#PREFIX-1#}#} but not the second.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A", "{#{#PREFIX-2#}#}": "B"}, "A A but not the second."},
{"An {#{#PREFIX-1#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A", "{#{#PREFIX-2#}#}": "B"}, "An A."},
{"An {#{#PREFIX-1#}#} {#{#PREFIX-2#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A", "{#{#PREFIX-2#}#}": "B"}, "An A B."},
{"A {#{#PREFIX-1#}#} {#{#PREFIX-2#}#} {#{#PREFIX-3#}#} {#{#PREFIX-1#}#} {#{#PREFIX-3#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A", "{#{#PREFIX-2#}#}": "B", "{#{#PREFIX-3#}#}": "C"}, "A A B C A C."},
{"A {#{#PREFIX-1#}#} {#{#PREFIX-2#}#} {#{#PREFIX-3#}#} {#{#PREFIX-1#}#} {#{#PREFIX-3#}#}.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "A", "{#{#PREFIX-2#}#}": "B", "{#{#PREFIX-3#}#}": "C"}, "A A B C A C."},
// Issue #1148 remove p-tags 10 =>
{"Hello <p>{#{#PREFIX-1#}#}</p>. END.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "Hello World. END."},
{"Hello <p>{#{#PREFIX-1#}#}</p>. <p>{#{#PREFIX-2#}#}</p> END.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World", "{#{#PREFIX-2#}#}": "THE"}, "Hello World. THE END."},
{"Hello <p>{#{#PREFIX-1#}#}. END</p>.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "Hello <p>World. END</p>."},
{"<p>Hello {#{#PREFIX-1#}#}</p>. END.", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "<p>Hello World</p>. END."},
{"Hello <p>{#{#PREFIX-1#}#}12", "PREFIX", map[string]string{"{#{#PREFIX-1#}#}": "World"}, "Hello <p>World12"},
{"Hello {#{#P-1#}#}. {#{#P-1#}#}-{#{#P-1#}#} {#{#P-1#}#} {#{#P-1#}#} {#{#P-1#}#} END", "P", map[string]string{"{#{#P-1#}#}": strings.Repeat("BC", 100)},
fmt.Sprintf("Hello %s. %s-%s %s %s %s END",
strings.Repeat("BC", 100), strings.Repeat("BC", 100), strings.Repeat("BC", 100), strings.Repeat("BC", 100), strings.Repeat("BC", 100), strings.Repeat("BC", 100))},
} {
results, err := replaceShortcodeTokens([]byte(this.input), this.prefix, this.replacements)
if b, ok := this.expect.(bool); ok && !b {
if err == nil {
t.Errorf("[%d] replaceShortcodeTokens didn't return an expected error", i)
}
} else {
if err != nil {
t.Errorf("[%d] failed: %s", i, err)
continue
}
if !reflect.DeepEqual(results, []byte(this.expect.(string))) {
t.Errorf("[%d] replaceShortcodeTokens, got \n%q but expected \n%q", i, results, this.expect)
}
}
}
}