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mirror of https://github.com/go-gitea/gitea synced 2024-12-23 09:04:26 +00:00
gitea/modules/references/references_test.go
zeripath 27757714d0 Change markdown rendering from blackfriday to goldmark (#9533)
* Move to goldmark

Markdown rendering moved from blackfriday to the goldmark.

Multiple subtle changes required to the goldmark extensions to keep
current rendering and defaults.

Can go further with goldmark linkify and have this work within markdown
rendering making the link processor unnecessary.

Need to think about how to go about allowing extensions - at present it
seems that these would be hard to do without recompilation.

* linter fixes

Co-authored-by: Lauris BH <lauris@nix.lv>
2019-12-31 03:53:28 +02:00

408 lines
10 KiB
Go

// Copyright 2019 The Gitea Authors. All rights reserved.
// Use of this source code is governed by a MIT-style
// license that can be found in the LICENSE file.
package references
import (
"testing"
"code.gitea.io/gitea/modules/setting"
"github.com/stretchr/testify/assert"
)
type testFixture struct {
input string
expected []testResult
}
type testResult struct {
Index int64
Owner string
Name string
Issue string
IsPull bool
Action XRefAction
RefLocation *RefSpan
ActionLocation *RefSpan
}
func TestFindAllIssueReferences(t *testing.T) {
fixtures := []testFixture{
{
"Simply closes: #29 yes",
[]testResult{
{29, "", "", "29", false, XRefActionCloses, &RefSpan{Start: 15, End: 18}, &RefSpan{Start: 7, End: 13}},
},
},
{
"Simply closes: !29 yes",
[]testResult{
{29, "", "", "29", true, XRefActionCloses, &RefSpan{Start: 15, End: 18}, &RefSpan{Start: 7, End: 13}},
},
},
{
" #124 yes, this is a reference.",
[]testResult{
{124, "", "", "124", false, XRefActionNone, &RefSpan{Start: 0, End: 4}, nil},
},
},
{
"```\nThis is a code block.\n#723 no, it's a code block.```",
[]testResult{},
},
{
"This `#724` no, it's inline code.",
[]testResult{},
},
{
"This user3/repo4#200 yes.",
[]testResult{
{200, "user3", "repo4", "200", false, XRefActionNone, &RefSpan{Start: 5, End: 20}, nil},
},
},
{
"This user3/repo4!200 yes.",
[]testResult{
{200, "user3", "repo4", "200", true, XRefActionNone, &RefSpan{Start: 5, End: 20}, nil},
},
},
{
"This [one](#919) no, this is a URL fragment.",
[]testResult{},
},
{
"This [two](/user2/repo1/issues/921) yes.",
[]testResult{
{921, "user2", "repo1", "921", false, XRefActionNone, nil, nil},
},
},
{
"This [three](/user2/repo1/pulls/922) yes.",
[]testResult{
{922, "user2", "repo1", "922", true, XRefActionNone, nil, nil},
},
},
{
"This [four](http://gitea.com:3000/user3/repo4/issues/203) yes.",
[]testResult{
{203, "user3", "repo4", "203", false, XRefActionNone, nil, nil},
},
},
{
"This [five](http://github.com/user3/repo4/issues/204) no.",
[]testResult{},
},
{
"This http://gitea.com:3000/user4/repo5/201 no, bad URL.",
[]testResult{},
},
{
"This http://gitea.com:3000/user4/repo5/pulls/202 yes.",
[]testResult{
{202, "user4", "repo5", "202", true, XRefActionNone, nil, nil},
},
},
{
"This http://GiTeA.COM:3000/user4/repo6/pulls/205 yes.",
[]testResult{
{205, "user4", "repo6", "205", true, XRefActionNone, nil, nil},
},
},
{
"Reopens #15 yes",
[]testResult{
{15, "", "", "15", false, XRefActionReopens, &RefSpan{Start: 8, End: 11}, &RefSpan{Start: 0, End: 7}},
},
},
{
"This closes #20 for you yes",
[]testResult{
{20, "", "", "20", false, XRefActionCloses, &RefSpan{Start: 12, End: 15}, &RefSpan{Start: 5, End: 11}},
},
},
{
"Do you fix user6/repo6#300 ? yes",
[]testResult{
{300, "user6", "repo6", "300", false, XRefActionCloses, &RefSpan{Start: 11, End: 26}, &RefSpan{Start: 7, End: 10}},
},
},
{
"For 999 #1235 no keyword, but yes",
[]testResult{
{1235, "", "", "1235", false, XRefActionNone, &RefSpan{Start: 8, End: 13}, nil},
},
},
{
"Which abc. #9434 same as above",
[]testResult{
{9434, "", "", "9434", false, XRefActionNone, &RefSpan{Start: 11, End: 16}, nil},
},
},
{
"This closes #600 and reopens #599",
[]testResult{
{600, "", "", "600", false, XRefActionCloses, &RefSpan{Start: 12, End: 16}, &RefSpan{Start: 5, End: 11}},
{599, "", "", "599", false, XRefActionReopens, &RefSpan{Start: 29, End: 33}, &RefSpan{Start: 21, End: 28}},
},
},
}
testFixtures(t, fixtures, "default")
type alnumFixture struct {
input string
issue string
refLocation *RefSpan
action XRefAction
actionLocation *RefSpan
}
alnumFixtures := []alnumFixture{
{
"This ref ABC-123 is alphanumeric",
"ABC-123", &RefSpan{Start: 9, End: 16},
XRefActionNone, nil,
},
{
"This closes ABCD-1234 alphanumeric",
"ABCD-1234", &RefSpan{Start: 12, End: 21},
XRefActionCloses, &RefSpan{Start: 5, End: 11},
},
}
for _, fixture := range alnumFixtures {
found, ref := FindRenderizableReferenceAlphanumeric(fixture.input)
if fixture.issue == "" {
assert.False(t, found, "Failed to parse: {%s}", fixture.input)
} else {
assert.True(t, found, "Failed to parse: {%s}", fixture.input)
assert.Equal(t, fixture.issue, ref.Issue, "Failed to parse: {%s}", fixture.input)
assert.Equal(t, fixture.refLocation, ref.RefLocation, "Failed to parse: {%s}", fixture.input)
assert.Equal(t, fixture.action, ref.Action, "Failed to parse: {%s}", fixture.input)
assert.Equal(t, fixture.actionLocation, ref.ActionLocation, "Failed to parse: {%s}", fixture.input)
}
}
}
func testFixtures(t *testing.T, fixtures []testFixture, context string) {
// Save original value for other tests that may rely on it
prevURL := setting.AppURL
setting.AppURL = "https://gitea.com:3000/"
for _, fixture := range fixtures {
expraw := make([]*rawReference, len(fixture.expected))
for i, e := range fixture.expected {
expraw[i] = &rawReference{
index: e.Index,
owner: e.Owner,
name: e.Name,
isPull: e.IsPull,
action: e.Action,
issue: e.Issue,
refLocation: e.RefLocation,
actionLocation: e.ActionLocation,
}
}
expref := rawToIssueReferenceList(expraw)
refs := FindAllIssueReferencesMarkdown(fixture.input)
assert.EqualValues(t, expref, refs, "[%s] Failed to parse: {%s}", context, fixture.input)
rawrefs := findAllIssueReferencesMarkdown(fixture.input)
assert.EqualValues(t, expraw, rawrefs, "[%s] Failed to parse: {%s}", context, fixture.input)
}
// Restore for other tests that may rely on the original value
setting.AppURL = prevURL
}
func TestRegExp_mentionPattern(t *testing.T) {
trueTestCases := []struct {
pat string
exp string
}{
{"@Unknwon", "@Unknwon"},
{"@ANT_123", "@ANT_123"},
{"@xxx-DiN0-z-A..uru..s-xxx", "@xxx-DiN0-z-A..uru..s-xxx"},
{" @lol ", "@lol"},
{" @Te-st", "@Te-st"},
{"(@gitea)", "@gitea"},
{"[@gitea]", "@gitea"},
{"@gitea! this", "@gitea"},
{"@gitea? this", "@gitea"},
{"@gitea. this", "@gitea"},
{"@gitea, this", "@gitea"},
{"@gitea; this", "@gitea"},
{"@gitea!\nthis", "@gitea"},
{"\n@gitea?\nthis", "@gitea"},
{"\t@gitea.\nthis", "@gitea"},
{"@gitea,\nthis", "@gitea"},
{"@gitea;\nthis", "@gitea"},
{"@gitea!", "@gitea"},
{"@gitea?", "@gitea"},
{"@gitea.", "@gitea"},
{"@gitea,", "@gitea"},
{"@gitea;", "@gitea"},
}
falseTestCases := []string{
"@ 0",
"@ ",
"@",
"",
"ABC",
"@.ABC",
"/home/gitea/@gitea",
"\"@gitea\"",
"@@gitea",
"@gitea!this",
"@gitea?this",
"@gitea,this",
"@gitea;this",
}
for _, testCase := range trueTestCases {
found := mentionPattern.FindStringSubmatch(testCase.pat)
assert.Len(t, found, 2)
assert.Equal(t, testCase.exp, found[1])
}
for _, testCase := range falseTestCases {
res := mentionPattern.MatchString(testCase)
assert.False(t, res, "[%s] should be false", testCase)
}
}
func TestRegExp_issueNumericPattern(t *testing.T) {
trueTestCases := []string{
"#1234",
"#0",
"#1234567890987654321",
" #12",
"#12:",
"ref: #12: msg",
}
falseTestCases := []string{
"# 1234",
"# 0",
"# ",
"#",
"#ABC",
"#1A2B",
"",
"ABC",
}
for _, testCase := range trueTestCases {
assert.True(t, issueNumericPattern.MatchString(testCase))
}
for _, testCase := range falseTestCases {
assert.False(t, issueNumericPattern.MatchString(testCase))
}
}
func TestRegExp_issueAlphanumericPattern(t *testing.T) {
trueTestCases := []string{
"ABC-1234",
"A-1",
"RC-80",
"ABCDEFGHIJ-1234567890987654321234567890",
"ABC-123.",
"(ABC-123)",
"[ABC-123]",
"ABC-123:",
}
falseTestCases := []string{
"RC-08",
"PR-0",
"ABCDEFGHIJK-1",
"PR_1",
"",
"#ABC",
"",
"ABC",
"GG-",
"rm-1",
"/home/gitea/ABC-1234",
"MY-STRING-ABC-123",
}
for _, testCase := range trueTestCases {
assert.True(t, issueAlphanumericPattern.MatchString(testCase))
}
for _, testCase := range falseTestCases {
assert.False(t, issueAlphanumericPattern.MatchString(testCase))
}
}
func TestCustomizeCloseKeywords(t *testing.T) {
fixtures := []testFixture{
{
"Simplemente cierra: #29 yes",
[]testResult{
{29, "", "", "29", false, XRefActionCloses, &RefSpan{Start: 20, End: 23}, &RefSpan{Start: 12, End: 18}},
},
},
{
"Closes: #123 no, this English.",
[]testResult{
{123, "", "", "123", false, XRefActionNone, &RefSpan{Start: 8, End: 12}, nil},
},
},
{
"Cerró user6/repo6#300 yes",
[]testResult{
{300, "user6", "repo6", "300", false, XRefActionCloses, &RefSpan{Start: 7, End: 22}, &RefSpan{Start: 0, End: 6}},
},
},
{
"Reabre user3/repo4#200 yes",
[]testResult{
{200, "user3", "repo4", "200", false, XRefActionReopens, &RefSpan{Start: 7, End: 22}, &RefSpan{Start: 0, End: 6}},
},
},
}
issueKeywordsOnce.Do(func() {})
doNewKeywords([]string{"cierra", "cerró"}, []string{"reabre"})
testFixtures(t, fixtures, "spanish")
// Restore default settings
doNewKeywords(setting.Repository.PullRequest.CloseKeywords, setting.Repository.PullRequest.ReopenKeywords)
}
func TestParseCloseKeywords(t *testing.T) {
// Test parsing of CloseKeywords and ReopenKeywords
assert.Len(t, parseKeywords([]string{""}), 0)
assert.Len(t, parseKeywords([]string{" aa ", " bb ", "99", "#", "", "this is", "cc"}), 3)
for _, test := range []struct {
pattern string
match string
expected string
}{
{"close", "This PR will close ", "close"},
{"cerró", "cerró ", "cerró"},
{"cerró", "AQUÍ SE CERRÓ: ", "CERRÓ"},
{"закрывается", "закрывается ", "закрывается"},
{"κλείνει", "κλείνει: ", "κλείνει"},
{"关闭", "关闭 ", "关闭"},
{"閉じます", "閉じます ", "閉じます"},
{",$!", "", ""},
{"1234", "", ""},
} {
// The patern only needs to match the part that precedes the reference.
// getCrossReference() takes care of finding the reference itself.
pat := makeKeywordsPat([]string{test.pattern})
if test.expected == "" {
assert.Nil(t, pat)
} else {
assert.NotNil(t, pat)
res := pat.FindAllStringSubmatch(test.match, -1)
assert.Len(t, res, 1)
assert.Len(t, res[0], 2)
assert.EqualValues(t, test.expected, res[0][1])
}
}
}