package gitattributes import ( "testing" . "gopkg.in/check.v1" ) func Test(t *testing.T) { TestingT(t) } type PatternSuite struct{} var _ = Suite(&PatternSuite{}) func (s *PatternSuite) TestMatch_domainLonger_mismatch(c *C) { p := ParsePattern("value", []string{"head", "middle", "tail"}) r := p.Match([]string{"head", "middle"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestMatch_domainSameLength_mismatch(c *C) { p := ParsePattern("value", []string{"head", "middle", "tail"}) r := p.Match([]string{"head", "middle", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestMatch_domainMismatch_mismatch(c *C) { p := ParsePattern("value", []string{"head", "middle", "tail"}) r := p.Match([]string{"head", "middle", "_tail_", "value"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestSimpleMatch_match(c *C) { p := ParsePattern("vul?ano", nil) r := p.Match([]string{"value", "vulkano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestSimpleMatch_withDomain(c *C) { p := ParsePattern("middle/tail", []string{"value", "volcano"}) r := p.Match([]string{"value", "volcano", "middle", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestSimpleMatch_onlyMatchInDomain_mismatch(c *C) { p := ParsePattern("value/volcano", []string{"value", "volcano"}) r := p.Match([]string{"value", "volcano", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestSimpleMatch_atStart(c *C) { p := ParsePattern("value", nil) r := p.Match([]string{"value", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestSimpleMatch_inTheMiddle(c *C) { p := ParsePattern("value", nil) r := p.Match([]string{"head", "value", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestSimpleMatch_atEnd(c *C) { p := ParsePattern("value", nil) r := p.Match([]string{"head", "value"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestSimpleMatch_mismatch(c *C) { p := ParsePattern("value", nil) r := p.Match([]string{"head", "val", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestSimpleMatch_valueLonger_mismatch(c *C) { p := ParsePattern("tai", nil) r := p.Match([]string{"head", "value", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestSimpleMatch_withAsterisk(c *C) { p := ParsePattern("t*l", nil) r := p.Match([]string{"value", "vulkano", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestSimpleMatch_withQuestionMark(c *C) { p := ParsePattern("ta?l", nil) r := p.Match([]string{"value", "vulkano", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestSimpleMatch_magicChars(c *C) { p := ParsePattern("v[ou]l[kc]ano", nil) r := p.Match([]string{"value", "volcano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestSimpleMatch_wrongPattern_mismatch(c *C) { p := ParsePattern("v[ou]l[", nil) r := p.Match([]string{"value", "vol["}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_fromRootWithSlash(c *C) { p := ParsePattern("/value/vul?ano/tail", nil) r := p.Match([]string{"value", "vulkano", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_withDomain(c *C) { p := ParsePattern("middle/tail", []string{"value", "volcano"}) r := p.Match([]string{"value", "volcano", "middle", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_onlyMatchInDomain_mismatch(c *C) { p := ParsePattern("volcano/tail", []string{"value", "volcano"}) r := p.Match([]string{"value", "volcano", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_fromRootWithoutSlash(c *C) { p := ParsePattern("value/vul?ano/tail", nil) r := p.Match([]string{"value", "vulkano", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_fromRoot_mismatch(c *C) { p := ParsePattern("value/vulkano", nil) r := p.Match([]string{"value", "volcano"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_fromRoot_tooShort_mismatch(c *C) { p := ParsePattern("value/vul?ano", nil) r := p.Match([]string{"value"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_fromRoot_notAtRoot_mismatch(c *C) { p := ParsePattern("/value/volcano", nil) r := p.Match([]string{"value", "value", "volcano"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_leadingAsterisks_atStart(c *C) { p := ParsePattern("**/*lue/vol?ano/ta?l", nil) r := p.Match([]string{"value", "volcano", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_leadingAsterisks_notAtStart(c *C) { p := ParsePattern("**/*lue/vol?ano/tail", nil) r := p.Match([]string{"head", "value", "volcano", "tail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_leadingAsterisks_mismatch(c *C) { p := ParsePattern("**/*lue/vol?ano/tail", nil) r := p.Match([]string{"head", "value", "Volcano", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_tailingAsterisks(c *C) { p := ParsePattern("/*lue/vol?ano/**", nil) r := p.Match([]string{"value", "volcano", "tail", "moretail"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_tailingAsterisks_single(c *C) { p := ParsePattern("/*lue/**", nil) r := p.Match([]string{"value", "volcano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_tailingAsterisk_single(c *C) { p := ParsePattern("/*lue/*", nil) r := p.Match([]string{"value", "volcano", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_tailingAsterisks_exactMatch(c *C) { p := ParsePattern("/*lue/vol?ano/**", nil) r := p.Match([]string{"value", "volcano"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_middleAsterisks_emptyMatch(c *C) { p := ParsePattern("/*lue/**/vol?ano", nil) r := p.Match([]string{"value", "volcano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_middleAsterisks_oneMatch(c *C) { p := ParsePattern("/*lue/**/vol?ano", nil) r := p.Match([]string{"value", "middle", "volcano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_middleAsterisks_multiMatch(c *C) { p := ParsePattern("/*lue/**/vol?ano", nil) r := p.Match([]string{"value", "middle1", "middle2", "volcano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_wrongDoubleAsterisk_mismatch(c *C) { p := ParsePattern("/*lue/**foo/vol?ano/tail", nil) r := p.Match([]string{"value", "foo", "volcano", "tail"}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_magicChars(c *C) { p := ParsePattern("**/head/v[ou]l[kc]ano", nil) r := p.Match([]string{"value", "head", "volcano"}) c.Assert(r, Equals, true) } func (s *PatternSuite) TestGlobMatch_wrongPattern_noTraversal_mismatch(c *C) { p := ParsePattern("**/head/v[ou]l[", nil) r := p.Match([]string{"value", "head", "vol["}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_wrongPattern_onTraversal_mismatch(c *C) { p := ParsePattern("/value/**/v[ou]l[", nil) r := p.Match([]string{"value", "head", "vol["}) c.Assert(r, Equals, false) } func (s *PatternSuite) TestGlobMatch_issue_923(c *C) { p := ParsePattern("**/android/**/GeneratedPluginRegistrant.java", nil) r := p.Match([]string{"packages", "flutter_tools", "lib", "src", "android", "gradle.dart"}) c.Assert(r, Equals, false) }