How to use Stop method of got Package
Best Got code snippet using got.Stop
analyzer_test.go
Source:analyzer_test.go 
2import (3 "reflect"4 "testing"5)6func TestAnalyzerFingerprint_AddStopWords(t *testing.T) {7 type fields struct {8 name AnalyzerName9 maxOutputSize *uint810 separator *string11 stopWordsPath *string12 stopWords []string13 }14 type args struct {15 stopWords []string16 }17 tests := []struct {18 name string19 fields fields20 args args21 want *AnalyzerFingerprint22 }{23 {24 name: "set",25 args: args{stopWords: []string{"test"}},26 want: &AnalyzerFingerprint{stopWords: []string{"test"}},27 },28 {29 name: "add",30 fields: fields{stopWords: []string{"test"}},31 args: args{stopWords: []string{"test2"}},32 want: &AnalyzerFingerprint{stopWords: []string{"test", "test2"}},33 },34 }35 for _, tt := range tests {36 t.Run(tt.name, func(t *testing.T) {37 analyzer := &AnalyzerFingerprint{38 name: tt.fields.name,39 maxOutputSize: tt.fields.maxOutputSize,40 separator: tt.fields.separator,41 stopWordsPath: tt.fields.stopWordsPath,42 stopWords: tt.fields.stopWords,43 }44 if got := analyzer.AddStopWords(tt.args.stopWords...); !reflect.DeepEqual(got, tt.want) {45 t.Errorf("AddStopWords() = %v, want %v", got, tt.want)46 }47 })48 }49}50func TestAnalyzerFingerprint_Name(t *testing.T) {51 type fields struct {52 name AnalyzerName53 maxOutputSize *uint854 separator *string55 stopWordsPath *string56 stopWords []string57 }58 tests := []struct {59 name string60 fields fields61 want AnalyzerName62 }{63 {64 fields: fields{name: "test"},65 want: "test",66 },67 }68 for _, tt := range tests {69 t.Run(tt.name, func(t *testing.T) {70 analyzer := &AnalyzerFingerprint{71 name: tt.fields.name,72 maxOutputSize: tt.fields.maxOutputSize,73 separator: tt.fields.separator,74 stopWordsPath: tt.fields.stopWordsPath,75 stopWords: tt.fields.stopWords,76 }77 if got := analyzer.Name(); got != tt.want {78 t.Errorf("Name() = %v, want %v", got, tt.want)79 }80 })81 }82}83func TestAnalyzerFingerprint_SetMaxOutputSize(t *testing.T) {84 maxOutputSizeSet := uint8(1)85 maxOutputSizeChange := uint8(2)86 type fields struct {87 name AnalyzerName88 maxOutputSize *uint889 separator *string90 stopWordsPath *string91 stopWords []string92 }93 type args struct {94 maxOutputSize uint895 }96 tests := []struct {97 name string98 fields fields99 args args100 want *AnalyzerFingerprint101 }{102 {103 name: "set",104 args: args{maxOutputSize: 1},105 want: &AnalyzerFingerprint{maxOutputSize: &maxOutputSizeSet},106 },107 {108 name: "change",109 fields: fields{maxOutputSize: &maxOutputSizeSet},110 args: args{maxOutputSize: 2},111 want: &AnalyzerFingerprint{maxOutputSize: &maxOutputSizeChange},112 },113 }114 for _, tt := range tests {115 t.Run(tt.name, func(t *testing.T) {116 analyzer := &AnalyzerFingerprint{117 name: tt.fields.name,118 maxOutputSize: tt.fields.maxOutputSize,119 separator: tt.fields.separator,120 stopWordsPath: tt.fields.stopWordsPath,121 stopWords: tt.fields.stopWords,122 }123 if got := analyzer.SetMaxOutputSize(tt.args.maxOutputSize); !reflect.DeepEqual(got, tt.want) {124 t.Errorf("SetMaxOutputSize() = %v, want %v", got, tt.want)125 }126 })127 }128}129func TestAnalyzerFingerprint_SetSeparator(t *testing.T) {130 separatorSet := "|"131 separatorChange := "!"132 type fields struct {133 name AnalyzerName134 maxOutputSize *uint8135 separator *string136 stopWordsPath *string137 stopWords []string138 }139 type args struct {140 separator string141 }142 tests := []struct {143 name string144 fields fields145 args args146 want *AnalyzerFingerprint147 }{148 {149 name: "set",150 args: args{separator: "|"},151 want: &AnalyzerFingerprint{separator: &separatorSet},152 },153 {154 name: "change",155 fields: fields{separator: &separatorSet},156 args: args{separator: "!"},157 want: &AnalyzerFingerprint{separator: &separatorChange},158 },159 }160 for _, tt := range tests {161 t.Run(tt.name, func(t *testing.T) {162 analyzer := &AnalyzerFingerprint{163 name: tt.fields.name,164 maxOutputSize: tt.fields.maxOutputSize,165 separator: tt.fields.separator,166 stopWordsPath: tt.fields.stopWordsPath,167 stopWords: tt.fields.stopWords,168 }169 if got := analyzer.SetSeparator(tt.args.separator); !reflect.DeepEqual(got, tt.want) {170 t.Errorf("SetSeparator() = %v, want %v", got, tt.want)171 }172 })173 }174}175func TestAnalyzerFingerprint_SetStopWordsPath(t *testing.T) {176 stopWordsPathSet := "/temp/stopWords.txt"177 stopWordsPathChange := "/temp/stopWords.v1.txt"178 type fields struct {179 name AnalyzerName180 maxOutputSize *uint8181 separator *string182 stopWordsPath *string183 stopWords []string184 }185 type args struct {186 stopWordsPath string187 }188 tests := []struct {189 name string190 fields fields191 args args192 want *AnalyzerFingerprint193 }{194 {195 name: "set",196 args: args{stopWordsPath: "/temp/stopWords.txt"},197 want: &AnalyzerFingerprint{stopWordsPath: &stopWordsPathSet},198 },199 {200 name: "change",201 fields: fields{stopWordsPath: &stopWordsPathSet},202 args: args{stopWordsPath: "/temp/stopWords.v1.txt"},203 want: &AnalyzerFingerprint{stopWordsPath: &stopWordsPathChange},204 },205 }206 for _, tt := range tests {207 t.Run(tt.name, func(t *testing.T) {208 analyzer := &AnalyzerFingerprint{209 name: tt.fields.name,210 maxOutputSize: tt.fields.maxOutputSize,211 separator: tt.fields.separator,212 stopWordsPath: tt.fields.stopWordsPath,213 stopWords: tt.fields.stopWords,214 }215 if got := analyzer.SetStopWordsPath(tt.args.stopWordsPath); !reflect.DeepEqual(got, tt.want) {216 t.Errorf("SetStopWordsPath() = %v, want %v", got, tt.want)217 }218 })219 }220}221func TestAnalyzerFingerprint_Source(t *testing.T) {222 separator := "|"223 maxOutputSize := uint8(1)224 stopWordsPath := "/temp/stopWords.txt"225 type fields struct {226 name AnalyzerName227 maxOutputSize *uint8228 separator *string229 stopWordsPath *string230 stopWords []string231 }232 tests := []struct {233 name string234 fields fields235 want interface{}236 wantErr bool237 }{238 {239 name: "empty",240 want: map[string]interface{}{241 "type": AnalyzerTypeFingerprint,242 },243 },244 {245 name: "separator",246 fields: fields{separator: &separator},247 want: map[string]interface{}{248 "type": AnalyzerTypeFingerprint,249 "separator": "|",250 },251 },252 {253 name: "separator",254 fields: fields{maxOutputSize: &maxOutputSize},255 want: map[string]interface{}{256 "type": AnalyzerTypeFingerprint,257 "max_output_size": maxOutputSize,258 },259 },260 {261 name: "stop_words_path",262 fields: fields{stopWordsPath: &stopWordsPath},263 want: map[string]interface{}{264 "type": AnalyzerTypeFingerprint,265 "stopwords_path": stopWordsPath,266 },267 },268 {269 name: "stopwords",270 fields: fields{stopWords: []string{"test", "test1"}},271 want: map[string]interface{}{272 "type": AnalyzerTypeFingerprint,273 "stopwords": []string{"test", "test1"},274 },275 },276 }277 for _, tt := range tests {278 t.Run(tt.name, func(t *testing.T) {279 analyzer := &AnalyzerFingerprint{280 name: tt.fields.name,281 maxOutputSize: tt.fields.maxOutputSize,282 separator: tt.fields.separator,283 stopWordsPath: tt.fields.stopWordsPath,284 stopWords: tt.fields.stopWords,285 }286 got, err := analyzer.Source()287 if (err != nil) != tt.wantErr {288 t.Errorf("Source() error = %v, wantErr %v", err, tt.wantErr)289 return290 }291 if !reflect.DeepEqual(got, tt.want) {292 t.Errorf("Source() got = %v, want %v", got, tt.want)293 }294 })295 }296}297func TestAnalyzerFingerprint_Type(t *testing.T) {298 type fields struct {299 name AnalyzerName300 maxOutputSize *uint8301 separator *string302 stopWordsPath *string303 stopWords []string304 }305 tests := []struct {306 name string307 fields fields308 want AnalyzerType309 }{310 {311 want: "fingerprint",312 },313 }314 for _, tt := range tests {315 t.Run(tt.name, func(t *testing.T) {316 analyzer := &AnalyzerFingerprint{317 name: tt.fields.name,318 maxOutputSize: tt.fields.maxOutputSize,319 separator: tt.fields.separator,320 stopWordsPath: tt.fields.stopWordsPath,321 stopWords: tt.fields.stopWords,322 }323 if got := analyzer.Type(); got != tt.want {324 t.Errorf("Type() = %v, want %v", got, tt.want)325 }326 })327 }328}329func TestAnalyzerPattern_AddFlags(t *testing.T) {330 type fields struct {331 name AnalyzerName332 lowercase *bool333 pattern *string334 stopWordsPath *string335 stopWords []string336 flags []JavaRegularFlag337 }338 type args struct {339 flags []JavaRegularFlag340 }341 tests := []struct {342 name string343 fields fields344 args args345 want *AnalyzerPattern346 }{347 {348 name: "RegularFlagCanonEq",349 args: args{flags: []JavaRegularFlag{RegularFlagCanonEq}},350 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagCanonEq}},351 },352 {353 name: "RegularFlagCaseInsensitive",354 args: args{flags: []JavaRegularFlag{RegularFlagCaseInsensitive}},355 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagCaseInsensitive}},356 },357 {358 name: "RegularFlagComments",359 args: args{flags: []JavaRegularFlag{RegularFlagComments}},360 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagComments}},361 },362 {363 name: "RegularFlagDotAll",364 args: args{flags: []JavaRegularFlag{RegularFlagDotAll}},365 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagDotAll}},366 },367 {368 name: "RegularFlagLiteral",369 args: args{flags: []JavaRegularFlag{RegularFlagLiteral}},370 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagLiteral}},371 },372 {373 name: "RegularFlagLiteral",374 args: args{flags: []JavaRegularFlag{RegularFlagMultiline}},375 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagMultiline}},376 },377 {378 name: "RegularFlagUnicodeCase",379 args: args{flags: []JavaRegularFlag{RegularFlagUnicodeCase}},380 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagUnicodeCase}},381 },382 {383 name: "RegularFlagUnicodeCharacterClass",384 args: args{flags: []JavaRegularFlag{RegularFlagUnicodeCharacterClass}},385 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagUnicodeCharacterClass}},386 },387 {388 name: "RegularFlagUnixLines",389 args: args{flags: []JavaRegularFlag{RegularFlagUnixLines}},390 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagUnixLines}},391 },392 {393 name: "many",394 args: args{flags: []JavaRegularFlag{RegularFlagUnixLines, RegularFlagCanonEq}},395 want: &AnalyzerPattern{flags: []JavaRegularFlag{RegularFlagUnixLines, RegularFlagCanonEq}},396 },397 }398 for _, tt := range tests {399 t.Run(tt.name, func(t *testing.T) {400 analyzer := &AnalyzerPattern{401 name: tt.fields.name,402 lowercase: tt.fields.lowercase,403 pattern: tt.fields.pattern,404 stopWordsPath: tt.fields.stopWordsPath,405 stopWords: tt.fields.stopWords,406 flags: tt.fields.flags,407 }408 if got := analyzer.AddFlags(tt.args.flags...); !reflect.DeepEqual(got, tt.want) {409 t.Errorf("AddFlags() = %v, want %v", got, tt.want)410 }411 })412 }413}414func TestAnalyzerPattern_AddStopWords(t *testing.T) {415 type fields struct {416 name AnalyzerName417 lowercase *bool418 pattern *string419 stopWordsPath *string420 stopWords []string421 flags []JavaRegularFlag422 }423 type args struct {424 stopWords []string425 }426 tests := []struct {427 name string428 fields fields429 args args430 want *AnalyzerPattern431 }{432 {433 name: "set",434 args: args{stopWords: []string{"test"}},435 want: &AnalyzerPattern{stopWords: []string{"test"}},436 },437 {438 name: "add",439 fields: fields{stopWords: []string{"test"}},440 args: args{stopWords: []string{"test2"}},441 want: &AnalyzerPattern{stopWords: []string{"test", "test2"}},442 },443 }444 for _, tt := range tests {445 t.Run(tt.name, func(t *testing.T) {446 analyzer := &AnalyzerPattern{447 name: tt.fields.name,448 lowercase: tt.fields.lowercase,449 pattern: tt.fields.pattern,450 stopWordsPath: tt.fields.stopWordsPath,451 stopWords: tt.fields.stopWords,452 flags: tt.fields.flags,453 }454 if got := analyzer.AddStopWords(tt.args.stopWords...); !reflect.DeepEqual(got, tt.want) {455 t.Errorf("AddStopWords() = %v, want %v", got, tt.want)456 }457 })458 }459}460func TestAnalyzerPattern_Name(t *testing.T) {461 type fields struct {462 name AnalyzerName463 lowercase *bool464 pattern *string465 stopWordsPath *string466 stopWords []string467 flags []JavaRegularFlag468 }469 tests := []struct {470 name string471 fields fields472 want AnalyzerName473 }{474 {475 fields: fields{name: "test"},476 want: "test",477 },478 }479 for _, tt := range tests {480 t.Run(tt.name, func(t *testing.T) {481 analyzer := &AnalyzerPattern{482 name: tt.fields.name,483 lowercase: tt.fields.lowercase,484 pattern: tt.fields.pattern,485 stopWordsPath: tt.fields.stopWordsPath,486 stopWords: tt.fields.stopWords,487 flags: tt.fields.flags,488 }489 if got := analyzer.Name(); got != tt.want {490 t.Errorf("Name() = %v, want %v", got, tt.want)491 }492 })493 }494}495func TestAnalyzerPattern_SetLowercase(t *testing.T) {496 lowercaseTrue := true497 lowercaseFalse := false498 type fields struct {499 name AnalyzerName500 lowercase *bool501 pattern *string502 stopWordsPath *string503 stopWords []string504 flags []JavaRegularFlag505 }506 type args struct {507 lowercase bool508 }509 tests := []struct {510 name string511 fields fields512 args args513 want *AnalyzerPattern514 }{515 {516 name: "false",517 args: args{lowercase: false},518 want: &AnalyzerPattern{lowercase: &lowercaseFalse},519 },520 {521 name: "true",522 args: args{lowercase: true},523 want: &AnalyzerPattern{lowercase: &lowercaseTrue},524 },525 {526 name: "change",527 fields: fields{lowercase: &lowercaseFalse},528 args: args{lowercase: true},529 want: &AnalyzerPattern{lowercase: &lowercaseTrue},530 },531 }532 for _, tt := range tests {533 t.Run(tt.name, func(t *testing.T) {534 analyzer := &AnalyzerPattern{535 name: tt.fields.name,536 lowercase: tt.fields.lowercase,537 pattern: tt.fields.pattern,538 stopWordsPath: tt.fields.stopWordsPath,539 stopWords: tt.fields.stopWords,540 flags: tt.fields.flags,541 }542 if got := analyzer.SetLowercase(tt.args.lowercase); !reflect.DeepEqual(got, tt.want) {543 t.Errorf("SetLowercase() = %v, want %v", got, tt.want)544 }545 })546 }547}548func TestAnalyzerPattern_SetPattern(t *testing.T) {549 patternSet := "test"550 patternChange := "test1"551 type fields struct {552 name AnalyzerName553 lowercase *bool554 pattern *string555 stopWordsPath *string556 stopWords []string557 flags []JavaRegularFlag558 }559 type args struct {560 pattern string561 }562 tests := []struct {563 name string564 fields fields565 args args566 want *AnalyzerPattern567 }{568 {569 name: "set",570 args: args{pattern: "test"},571 want: &AnalyzerPattern{pattern: &patternSet},572 },573 {574 name: "change",575 fields: fields{pattern: &patternSet},576 args: args{pattern: "test1"},577 want: &AnalyzerPattern{pattern: &patternChange},578 },579 }580 for _, tt := range tests {581 t.Run(tt.name, func(t *testing.T) {582 analyzer := &AnalyzerPattern{583 name: tt.fields.name,584 lowercase: tt.fields.lowercase,585 pattern: tt.fields.pattern,586 stopWordsPath: tt.fields.stopWordsPath,587 stopWords: tt.fields.stopWords,588 flags: tt.fields.flags,589 }590 if got := analyzer.SetPattern(tt.args.pattern); !reflect.DeepEqual(got, tt.want) {591 t.Errorf("SetPattern() = %v, want %v", got, tt.want)592 }593 })594 }595}596func TestAnalyzerPattern_SetStopWordsPath(t *testing.T) {597 stopWordsPathSet := "/temp/stopWords.txt"598 stopWordsPathChange := "/temp/stopWords.v1.txt"599 type fields struct {600 name AnalyzerName601 lowercase *bool602 pattern *string603 stopWordsPath *string604 stopWords []string605 flags []JavaRegularFlag606 }607 type args struct {608 stopWordsPath string609 }610 tests := []struct {611 name string612 fields fields613 args args614 want *AnalyzerPattern615 }{616 {617 name: "set",618 args: args{stopWordsPath: "/temp/stopWords.txt"},619 want: &AnalyzerPattern{stopWordsPath: &stopWordsPathSet},620 },621 {622 name: "change",623 fields: fields{stopWordsPath: &stopWordsPathSet},624 args: args{stopWordsPath: "/temp/stopWords.v1.txt"},625 want: &AnalyzerPattern{stopWordsPath: &stopWordsPathChange},626 },627 }628 for _, tt := range tests {629 t.Run(tt.name, func(t *testing.T) {630 analyzer := &AnalyzerPattern{631 name: tt.fields.name,632 lowercase: tt.fields.lowercase,633 pattern: tt.fields.pattern,634 stopWordsPath: tt.fields.stopWordsPath,635 stopWords: tt.fields.stopWords,636 flags: tt.fields.flags,637 }638 if got := analyzer.SetStopWordsPath(tt.args.stopWordsPath); !reflect.DeepEqual(got, tt.want) {639 t.Errorf("SetStopWordsPath() = %v, want %v", got, tt.want)640 }641 })642 }643}644func TestAnalyzerPattern_Source(t *testing.T) {645 pattern := "test"646 lowercase := true647 stopWordsPath := "/temp/stopWords.txt"648 type fields struct {649 name AnalyzerName650 lowercase *bool651 pattern *string652 stopWordsPath *string653 stopWords []string654 flags []JavaRegularFlag655 }656 tests := []struct {657 name string658 fields fields659 want interface{}660 wantErr bool661 }{662 {663 name: "empty",664 want: map[string]interface{}{665 "type": AnalyzerTypePattern,666 },667 },668 {669 name: "pattern",670 fields: fields{pattern: &pattern},671 want: map[string]interface{}{672 "type": AnalyzerTypePattern,673 "pattern": "test",674 },675 },676 {677 name: "flags",678 fields: fields{flags: []JavaRegularFlag{RegularFlagCanonEq, RegularFlagCaseInsensitive}},679 want: map[string]interface{}{680 "type": AnalyzerTypePattern,681 "flags": "CANON_EQ|CASE_INSENSITIVE",682 },683 },684 {685 name: "lowercase",686 fields: fields{lowercase: &lowercase},687 want: map[string]interface{}{688 "type": AnalyzerTypePattern,689 "lowercase": true,690 },691 },692 {693 name: "stopwords_path",694 fields: fields{stopWordsPath: &stopWordsPath},695 want: map[string]interface{}{696 "type": AnalyzerTypePattern,697 "stopwords_path": "/temp/stopWords.txt",698 },699 },700 {701 name: "stopwords",702 fields: fields{stopWords: []string{"test", "test1"}},703 want: map[string]interface{}{704 "type": AnalyzerTypePattern,705 "stopwords": []string{"test", "test1"},706 },707 },708 }709 for _, tt := range tests {710 t.Run(tt.name, func(t *testing.T) {711 analyzer := &AnalyzerPattern{712 name: tt.fields.name,713 lowercase: tt.fields.lowercase,714 pattern: tt.fields.pattern,715 stopWordsPath: tt.fields.stopWordsPath,716 stopWords: tt.fields.stopWords,717 flags: tt.fields.flags,718 }719 got, err := analyzer.Source()720 if (err != nil) != tt.wantErr {721 t.Errorf("Source() error = %v, wantErr %v", err, tt.wantErr)722 return723 }724 if !reflect.DeepEqual(got, tt.want) {725 t.Errorf("Source() got = %v, want %v", got, tt.want)726 }727 })728 }729}730func TestAnalyzerPattern_Type(t *testing.T) {731 type fields struct {732 name AnalyzerName733 lowercase *bool734 pattern *string735 stopWordsPath *string736 stopWords []string737 flags []JavaRegularFlag738 }739 tests := []struct {740 name string741 fields fields742 want AnalyzerType743 }{744 {745 want: AnalyzerTypePattern,746 },747 }748 for _, tt := range tests {749 t.Run(tt.name, func(t *testing.T) {750 analyzer := &AnalyzerPattern{751 name: tt.fields.name,752 lowercase: tt.fields.lowercase,753 pattern: tt.fields.pattern,754 stopWordsPath: tt.fields.stopWordsPath,755 stopWords: tt.fields.stopWords,756 flags: tt.fields.flags,757 }758 if got := analyzer.Type(); got != tt.want {759 t.Errorf("Type() = %v, want %v", got, tt.want)760 }761 })762 }763}764func TestAnalyzerStandard_AddStopWords(t *testing.T) {765 type fields struct {766 name AnalyzerName767 maxTokenLength *uint8768 stopWordsPath *string769 stopWords []string770 }771 type args struct {772 stopWords []string773 }774 tests := []struct {775 name string776 fields fields777 args args778 want *AnalyzerStandard779 }{780 {781 name: "set",782 args: args{stopWords: []string{"test"}},783 want: &AnalyzerStandard{stopWords: []string{"test"}},784 },785 {786 name: "add",787 fields: fields{stopWords: []string{"test"}},788 args: args{stopWords: []string{"test2"}},789 want: &AnalyzerStandard{stopWords: []string{"test", "test2"}},790 },791 }792 for _, tt := range tests {793 t.Run(tt.name, func(t *testing.T) {794 analyzer := &AnalyzerStandard{795 name: tt.fields.name,796 maxTokenLength: tt.fields.maxTokenLength,797 stopWordsPath: tt.fields.stopWordsPath,798 stopWords: tt.fields.stopWords,799 }800 if got := analyzer.AddStopWords(tt.args.stopWords...); !reflect.DeepEqual(got, tt.want) {801 t.Errorf("AddStopWords() = %v, want %v", got, tt.want)802 }803 })804 }805}806func TestAnalyzerStandard_Name(t *testing.T) {807 type fields struct {808 name AnalyzerName809 maxTokenLength *uint8810 stopWordsPath *string811 stopWords []string812 }813 tests := []struct {814 name string815 fields fields816 want AnalyzerName817 }{818 {819 fields: fields{name: "test"},820 want: "test",821 },822 }823 for _, tt := range tests {824 t.Run(tt.name, func(t *testing.T) {825 analyzer := &AnalyzerStandard{826 name: tt.fields.name,827 maxTokenLength: tt.fields.maxTokenLength,828 stopWordsPath: tt.fields.stopWordsPath,829 stopWords: tt.fields.stopWords,830 }831 if got := analyzer.Name(); got != tt.want {832 t.Errorf("Name() = %v, want %v", got, tt.want)833 }834 })835 }836}837func TestAnalyzerStandard_SetMaxTokenLength(t *testing.T) {838 maxTokenLengthSet := uint8(1)839 maxTokenLengthChange := uint8(2)840 type fields struct {841 name AnalyzerName842 maxTokenLength *uint8843 stopWordsPath *string844 stopWords []string845 }846 type args struct {847 maxTokenLength uint8848 }849 tests := []struct {850 name string851 fields fields852 args args853 want *AnalyzerStandard854 }{855 {856 name: "set",857 args: args{maxTokenLength: 1},858 want: &AnalyzerStandard{maxTokenLength: &maxTokenLengthSet},859 },860 {861 name: "change",862 fields: fields{maxTokenLength: &maxTokenLengthSet},863 args: args{maxTokenLength: 2},864 want: &AnalyzerStandard{maxTokenLength: &maxTokenLengthChange},865 },866 }867 for _, tt := range tests {868 t.Run(tt.name, func(t *testing.T) {869 analyzer := &AnalyzerStandard{870 name: tt.fields.name,871 maxTokenLength: tt.fields.maxTokenLength,872 stopWordsPath: tt.fields.stopWordsPath,873 stopWords: tt.fields.stopWords,874 }875 if got := analyzer.SetMaxTokenLength(tt.args.maxTokenLength); !reflect.DeepEqual(got, tt.want) {876 t.Errorf("SetMaxTokenLength() = %v, want %v", got, tt.want)877 }878 })879 }880}881func TestAnalyzerStandard_SetStopWordsPath(t *testing.T) {882 stopWordsPathSet := "/temp/stopWords.txt"883 stopWordsPathChange := "/temp/stopWords.v1.txt"884 type fields struct {885 name AnalyzerName886 maxTokenLength *uint8887 stopWordsPath *string888 stopWords []string889 }890 type args struct {891 stopWordsPath string892 }893 tests := []struct {894 name string895 fields fields896 args args897 want *AnalyzerStandard898 }{899 {900 name: "set",901 args: args{stopWordsPath: "/temp/stopWords.txt"},902 want: &AnalyzerStandard{stopWordsPath: &stopWordsPathSet},903 },904 {905 name: "change",906 fields: fields{stopWordsPath: &stopWordsPathSet},907 args: args{stopWordsPath: "/temp/stopWords.v1.txt"},908 want: &AnalyzerStandard{stopWordsPath: &stopWordsPathChange},909 },910 }911 for _, tt := range tests {912 t.Run(tt.name, func(t *testing.T) {913 analyzer := &AnalyzerStandard{914 name: tt.fields.name,915 maxTokenLength: tt.fields.maxTokenLength,916 stopWordsPath: tt.fields.stopWordsPath,917 stopWords: tt.fields.stopWords,918 }919 if got := analyzer.SetStopWordsPath(tt.args.stopWordsPath); !reflect.DeepEqual(got, tt.want) {920 t.Errorf("SetStopWordsPath() = %v, want %v", got, tt.want)921 }922 })923 }924}925func TestAnalyzerStandard_Source(t *testing.T) {926 maxTokenLength := uint8(1)927 stopWordsPath := "/temp/stopWords.txt"928 type fields struct {929 name AnalyzerName930 maxTokenLength *uint8931 stopWordsPath *string932 stopWords []string933 }934 tests := []struct {935 name string936 fields fields937 want interface{}938 wantErr bool939 }{940 {941 name: "empty",942 want: map[string]interface{}{943 "type": AnalyzerTypeStandard,944 },945 },946 {947 name: "max_token_length",948 fields: fields{maxTokenLength: &maxTokenLength},949 want: map[string]interface{}{950 "type": AnalyzerTypeStandard,951 "max_token_length": uint8(1),952 },953 },954 {955 name: "stopwords_path",956 fields: fields{stopWordsPath: &stopWordsPath},957 want: map[string]interface{}{958 "type": AnalyzerTypeStandard,959 "stopwords_path": "/temp/stopWords.txt",960 },961 },962 {963 name: "stopwords",964 fields: fields{stopWords: []string{"test", "test1"}},965 want: map[string]interface{}{966 "type": AnalyzerTypeStandard,967 "stopwords": []string{"test", "test1"},968 },969 },970 }971 for _, tt := range tests {972 t.Run(tt.name, func(t *testing.T) {973 analyzer := &AnalyzerStandard{974 name: tt.fields.name,975 maxTokenLength: tt.fields.maxTokenLength,976 stopWordsPath: tt.fields.stopWordsPath,977 stopWords: tt.fields.stopWords,978 }979 got, err := analyzer.Source()980 if (err != nil) != tt.wantErr {981 t.Errorf("Source() error = %v, wantErr %v", err, tt.wantErr)982 return983 }984 if !reflect.DeepEqual(got, tt.want) {985 t.Errorf("Source() got = %v, want %v", got, tt.want)986 }987 })988 }989}990func TestAnalyzerStandard_Type(t *testing.T) {991 type fields struct {992 name AnalyzerName993 maxTokenLength *uint8994 stopWordsPath *string995 stopWords []string996 }997 tests := []struct {998 name string999 fields fields1000 want AnalyzerType1001 }{1002 {1003 want: AnalyzerTypeStandard,1004 },1005 }1006 for _, tt := range tests {1007 t.Run(tt.name, func(t *testing.T) {1008 analyzer := &AnalyzerStandard{1009 name: tt.fields.name,1010 maxTokenLength: tt.fields.maxTokenLength,1011 stopWordsPath: tt.fields.stopWordsPath,1012 stopWords: tt.fields.stopWords,1013 }1014 if got := analyzer.Type(); got != tt.want {1015 t.Errorf("Type() = %v, want %v", got, tt.want)1016 }1017 })1018 }1019}1020func TestAnalyzerStop_AddStopWords(t *testing.T) {1021 type fields struct {1022 name AnalyzerName1023 stopWordsPath *string1024 stopWords []string1025 }1026 type args struct {1027 stopWords []string1028 }1029 tests := []struct {1030 name string1031 fields fields1032 args args1033 want *AnalyzerStop1034 }{1035 {1036 name: "set",1037 args: args{stopWords: []string{"test"}},1038 want: &AnalyzerStop{stopWords: []string{"test"}},1039 },1040 {1041 name: "add",1042 fields: fields{stopWords: []string{"test"}},1043 args: args{stopWords: []string{"test2"}},1044 want: &AnalyzerStop{stopWords: []string{"test", "test2"}},1045 },1046 }1047 for _, tt := range tests {1048 t.Run(tt.name, func(t *testing.T) {1049 analyzer := &AnalyzerStop{1050 name: tt.fields.name,1051 stopWordsPath: tt.fields.stopWordsPath,1052 stopWords: tt.fields.stopWords,1053 }1054 if got := analyzer.AddStopWords(tt.args.stopWords...); !reflect.DeepEqual(got, tt.want) {1055 t.Errorf("AddStopWords() = %v, want %v", got, tt.want)1056 }1057 })1058 }1059}1060func TestAnalyzerStop_Name(t *testing.T) {1061 type fields struct {1062 name AnalyzerName1063 stopWordsPath *string1064 stopWords []string1065 }1066 tests := []struct {1067 name string1068 fields fields1069 want AnalyzerName1070 }{1071 {1072 fields: fields{name: "test"},1073 want: "test",1074 },1075 }1076 for _, tt := range tests {1077 t.Run(tt.name, func(t *testing.T) {1078 analyzer := &AnalyzerStop{1079 name: tt.fields.name,1080 stopWordsPath: tt.fields.stopWordsPath,1081 stopWords: tt.fields.stopWords,1082 }1083 if got := analyzer.Name(); got != tt.want {1084 t.Errorf("Name() = %v, want %v", got, tt.want)1085 }1086 })1087 }1088}1089func TestAnalyzerStop_SetStopWordsPath(t *testing.T) {1090 stopWordsPathSet := "/temp/stopWords.txt"1091 stopWordsPathChange := "/temp/stopWords.v1.txt"1092 type fields struct {1093 name AnalyzerName1094 stopWordsPath *string1095 stopWords []string1096 }1097 type args struct {1098 stopWordsPath string1099 }1100 tests := []struct {1101 name string1102 fields fields1103 args args1104 want *AnalyzerStop1105 }{1106 {1107 name: "set",1108 args: args{stopWordsPath: "/temp/stopWords.txt"},1109 want: &AnalyzerStop{stopWordsPath: &stopWordsPathSet},1110 },1111 {1112 name: "change",1113 fields: fields{stopWordsPath: &stopWordsPathSet},1114 args: args{stopWordsPath: "/temp/stopWords.v1.txt"},1115 want: &AnalyzerStop{stopWordsPath: &stopWordsPathChange},1116 },1117 }1118 for _, tt := range tests {1119 t.Run(tt.name, func(t *testing.T) {1120 analyzer := &AnalyzerStop{1121 name: tt.fields.name,1122 stopWordsPath: tt.fields.stopWordsPath,1123 stopWords: tt.fields.stopWords,1124 }1125 if got := analyzer.SetStopWordsPath(tt.args.stopWordsPath); !reflect.DeepEqual(got, tt.want) {1126 t.Errorf("SetStopWordsPath() = %v, want %v", got, tt.want)1127 }1128 })1129 }1130}1131func TestAnalyzerStop_Source(t *testing.T) {1132 stopWordsPath := "/temp/stopWords.txt"1133 type fields struct {1134 name AnalyzerName1135 stopWordsPath *string1136 stopWords []string1137 }1138 tests := []struct {1139 name string1140 fields fields1141 want interface{}1142 wantErr bool1143 }{1144 {1145 name: "empty",1146 want: map[string]interface{}{1147 "type": AnalyzerTypeStop,1148 },1149 },1150 {1151 name: "stopwords_path",1152 fields: fields{stopWordsPath: &stopWordsPath},1153 want: map[string]interface{}{1154 "type": AnalyzerTypeStop,1155 "stopwords_path": "/temp/stopWords.txt",1156 },1157 },1158 {1159 name: "stopwords",1160 fields: fields{stopWords: []string{"test", "test1"}},1161 want: map[string]interface{}{1162 "type": AnalyzerTypeStop,1163 "stopwords": []string{"test", "test1"},1164 },1165 },1166 }1167 for _, tt := range tests {1168 t.Run(tt.name, func(t *testing.T) {1169 analyzer := &AnalyzerStop{1170 name: tt.fields.name,1171 stopWordsPath: tt.fields.stopWordsPath,1172 stopWords: tt.fields.stopWords,1173 }1174 got, err := analyzer.Source()1175 if (err != nil) != tt.wantErr {1176 t.Errorf("Source() error = %v, wantErr %v", err, tt.wantErr)1177 return1178 }1179 if !reflect.DeepEqual(got, tt.want) {1180 t.Errorf("Source() got = %v, want %v", got, tt.want)1181 }1182 })1183 }1184}1185func TestAnalyzerStop_Type(t *testing.T) {1186 type fields struct {1187 name AnalyzerName1188 stopWordsPath *string1189 stopWords []string1190 }1191 tests := []struct {1192 name string1193 fields fields1194 want AnalyzerType1195 }{1196 {1197 want: AnalyzerTypeStop,1198 },1199 }1200 for _, tt := range tests {1201 t.Run(tt.name, func(t *testing.T) {1202 analyzer := &AnalyzerStop{1203 name: tt.fields.name,1204 stopWordsPath: tt.fields.stopWordsPath,1205 stopWords: tt.fields.stopWords,1206 }1207 if got := analyzer.Type(); got != tt.want {1208 t.Errorf("Type() = %v, want %v", got, tt.want)1209 }1210 })1211 }1212}1213func TestNewAnalyzerFingerprint(t *testing.T) {1214 type args struct {1215 name string1216 }1217 tests := []struct {1218 name string1219 args args1220 want *AnalyzerFingerprint1221 }{1222 {1223 want: &AnalyzerFingerprint{},1224 },1225 }1226 for _, tt := range tests {1227 t.Run(tt.name, func(t *testing.T) {1228 if got := NewAnalyzerFingerprint(tt.args.name); !reflect.DeepEqual(got, tt.want) {1229 t.Errorf("NewAnalyzerFingerprint() = %v, want %v", got, tt.want)1230 }1231 })1232 }1233}1234func TestNewAnalyzerPattern(t *testing.T) {1235 type args struct {1236 name string1237 }1238 tests := []struct {1239 name string1240 args args1241 want *AnalyzerPattern1242 }{1243 {1244 want: &AnalyzerPattern{},1245 },1246 }1247 for _, tt := range tests {1248 t.Run(tt.name, func(t *testing.T) {1249 if got := NewAnalyzerPattern(tt.args.name); !reflect.DeepEqual(got, tt.want) {1250 t.Errorf("NewAnalyzerPattern() = %v, want %v", got, tt.want)1251 }1252 })1253 }1254}1255func TestNewAnalyzerStandard(t *testing.T) {1256 type args struct {1257 name string1258 }1259 tests := []struct {1260 name string1261 args args1262 want *AnalyzerStandard1263 }{1264 {1265 want: &AnalyzerStandard{},1266 },1267 }1268 for _, tt := range tests {1269 t.Run(tt.name, func(t *testing.T) {1270 if got := NewAnalyzerStandard(tt.args.name); !reflect.DeepEqual(got, tt.want) {1271 t.Errorf("NewAnalyzerStandard() = %v, want %v", got, tt.want)1272 }1273 })1274 }1275}1276func TestNewAnalyzerStop(t *testing.T) {1277 type args struct {1278 name string1279 }1280 tests := []struct {1281 name string1282 args args1283 want *AnalyzerStop1284 }{1285 {1286 want: &AnalyzerStop{},1287 },1288 }1289 for _, tt := range tests {1290 t.Run(tt.name, func(t *testing.T) {1291 if got := NewAnalyzerStop(tt.args.name); !reflect.DeepEqual(got, tt.want) {1292 t.Errorf("NewAnalyzerStop() = %v, want %v", got, tt.want)1293 }1294 })1295 }1296}...
backoff_test.go
Source:backoff_test.go
...41 t.Errorf("expected %v; got: %v", want, got)42 }43}4445func TestSimpleBackoffWithStop(t *testing.T) {46 b := NewSimpleBackoff(1, 2, 7).SendStop(true)4748 // It should eventually return Stop (-1) after some loops.49 var last time.Duration50 for i := 0; i < 10; i++ {51 last = b.Next()52 if last == Stop {53 break54 }55 }56 if got, want := last, Stop; got != want {57 t.Errorf("expected %v; got: %v", want, got)58 }5960 b.Reset()6162 // It should eventually return Stop (-1) after some loops.63 for i := 0; i < 10; i++ {64 last = b.Next()65 if last == Stop {66 break67 }68 }69 if got, want := last, Stop; got != want {70 t.Errorf("expected %v; got: %v", want, got)71 }72}7374func TestExponentialBackoff(t *testing.T) {75 rand.Seed(time.Now().UnixNano())7677 min := time.Duration(8) * time.Millisecond78 max := time.Duration(256) * time.Millisecond79 b := NewExponentialBackoff(min, max)8081 between := func(value time.Duration, a, b int) bool {82 x := int(value / time.Millisecond)83 return a <= x && x <= b84 }8586 if got := b.Next(); !between(got, 8, 256) {87 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)88 }89 if got := b.Next(); !between(got, 8, 256) {90 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)91 }92 if got := b.Next(); !between(got, 8, 256) {93 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)94 }95 if got := b.Next(); !between(got, 8, 256) {96 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)97 }9899 b.Reset()100101 if got := b.Next(); !between(got, 8, 256) {102 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)103 }104 if got := b.Next(); !between(got, 8, 256) {105 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)106 }107 if got := b.Next(); !between(got, 8, 256) {108 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)109 }110 if got := b.Next(); !between(got, 8, 256) {111 t.Errorf("expected [%v..%v]; got: %v", 8, 256, got)112 }113}114115func TestExponentialBackoffWithStop(t *testing.T) {116 rand.Seed(time.Now().UnixNano())117118 min := time.Duration(8) * time.Millisecond119 max := time.Duration(256) * time.Millisecond120 b := NewExponentialBackoff(min, max).SendStop(true)121122 // It should eventually return Stop (-1) after some loops.123 var last time.Duration124 for i := 0; i < 10; i++ {125 last = b.Next()126 if last == Stop {127 break128 }129 }130 if got, want := last, Stop; got != want {131 t.Errorf("expected %v; got: %v", want, got)132 }133134 b.Reset()135136 // It should eventually return Stop (-1) after some loops.137 for i := 0; i < 10; i++ {138 last = b.Next()139 if last == Stop {140 break141 }142 }143 if got, want := last, Stop; got != want {144 t.Errorf("expected %v; got: %v", want, got)145 }146}
...
session_timers_test.go
Source:session_timers_test.go
...60 m.ResetOrCreate("foo", time.Millisecond, nil)61 waitForTimer()62 // reset the timer with a long ttl and then stop it63 m.ResetOrCreate("foo", 20*time.Millisecond, func() { ch <- 1 })64 m.Stop("foo")65 select {66 case <-ch:67 t.Fatal("timer fired although it shouldn't")68 case <-time.After(100 * time.Millisecond):69 // want70 }71 // stopping a stopped timer should not break72 m.Stop("foo")73 // stop should also remove the timer74 if got, want := m.Len(), 0; got != want {75 t.Fatalf("got len %d want %d", got, want)76 }77 // create two timers and stop and then stop all78 m.ResetOrCreate("foo1", 20*time.Millisecond, func() { ch <- 1 })79 m.ResetOrCreate("foo2", 30*time.Millisecond, func() { ch <- 2 })80 m.StopAll()81 select {82 case x := <-ch:83 t.Fatalf("timer %d fired although it shouldn't", x)84 case <-time.After(100 * time.Millisecond):85 // want86 }87 // stopall should remove all timers88 if got, want := m.Len(), 0; got != want {89 t.Fatalf("got len %d want %d", got, want)90 }91}...
Stop
Using AI Code Generation
1import (2func main() {3 timer1 := time.NewTimer(time.Second * 2)4 fmt.Println("Timer 1 expired")5 timer2 := time.NewTimer(time.Second)6 go func() {7 fmt.Println("Timer 2 expired")8 }()9 stop2 := timer2.Stop()10 if stop2 {11 fmt.Println("Timer 2 stopped")12 }13}14import (15func main() {16 ticker := time.NewTicker(time.Millisecond * 500)17 go func() {18 for t := range ticker.C {19 fmt.Println("Tick at", t)20 }21 }()22 time.Sleep(time.Millisecond * 1600)23 ticker.Stop()24 fmt.Println("Ticker stopped")25}
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