How to use Three method of source Package

Best Mock code snippet using source.Three

check_sources_test.go

Source:check_sources_test.go Github

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1package reposchecker2import (3 "reflect"4 "testing"5 "github.com/irenicaa/repos-checker/v2/comparer"6 "github.com/irenicaa/repos-checker/v2/loader"7 "github.com/irenicaa/repos-checker/v2/models"8 "github.com/stretchr/testify/assert"9 "github.com/stretchr/testify/mock"10)11func TestCheckSources(t *testing.T) {12 type args struct {13 sources []loader.Source14 referenceName string15 logger loader.Logger16 }17 tests := []struct {18 name string19 args args20 want []comparer.SourceDiff21 }{22 {23 name: "empty",24 args: args{25 sources: []loader.Source{},26 referenceName: "source-three",27 logger: func() loader.Logger {28 arguments := []interface{}(nil)29 logger := &MockLogger{}30 logger.InnerMock.31 On("Printf", "unable to load repos from the reference source", arguments).32 Return().33 Times(1)34 return logger35 }(),36 },37 want: []comparer.SourceDiff{},38 },39 {40 name: "without a reference",41 args: args{42 sources: []loader.Source{43 func() loader.Source {44 repos := []models.RepoState{45 {Name: "one", LastCommit: "100"},46 {Name: "two", LastCommit: "200"},47 }48 source := &MockSource{}49 source.InnerMock.On("Name").Return("source-one").Times(1)50 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)51 return source52 }(),53 func() loader.Source {54 repos := []models.RepoState{55 {Name: "three", LastCommit: "300"},56 {Name: "four", LastCommit: "400"},57 }58 source := &MockSource{}59 source.InnerMock.On("Name").Return("source-two").Times(1)60 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)61 return source62 }(),63 },64 referenceName: "source-three",65 logger: func() loader.Logger {66 arguments := []interface{}(nil)67 logger := &MockLogger{}68 logger.InnerMock.69 On("Printf", "unable to load repos from the reference source", arguments).70 Return().71 Times(1)72 return logger73 }(),74 },75 want: []comparer.SourceDiff{},76 },77 {78 name: "with a reference",79 args: args{80 sources: []loader.Source{81 func() loader.Source {82 repos := []models.RepoState{83 {Name: "one", LastCommit: "100"},84 {Name: "two", LastCommit: "200"},85 }86 source := &MockSource{}87 source.InnerMock.On("Name").Return("source-one").Times(1)88 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)89 return source90 }(),91 func() loader.Source {92 repos := []models.RepoState{93 {Name: "three", LastCommit: "300"},94 {Name: "four", LastCommit: "400"},95 }96 source := &MockSource{}97 source.InnerMock.On("Name").Return("source-two").Times(1)98 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)99 return source100 }(),101 func() loader.Source {102 repos := []models.RepoState{103 {Name: "five", LastCommit: "500"},104 {Name: "six", LastCommit: "600"},105 }106 source := &MockSource{}107 source.InnerMock.On("Name").Return("source-three").Times(1)108 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)109 return source110 }(),111 },112 referenceName: "source-three",113 logger: &MockLogger{},114 },115 want: []comparer.SourceDiff{116 {117 NameOfLeft: "source-one",118 NameOfRight: "source-three",119 MissedInLeft: []models.RepoState{120 {Name: "five", LastCommit: "500"},121 {Name: "six", LastCommit: "600"},122 },123 MissedInRight: []models.RepoState{124 {Name: "one", LastCommit: "100"},125 {Name: "two", LastCommit: "200"},126 },127 },128 {129 NameOfLeft: "source-two",130 NameOfRight: "source-three",131 MissedInLeft: []models.RepoState{132 {Name: "five", LastCommit: "500"},133 {Name: "six", LastCommit: "600"},134 },135 MissedInRight: []models.RepoState{136 {Name: "three", LastCommit: "300"},137 {Name: "four", LastCommit: "400"},138 },139 },140 },141 },142 {143 name: "with duplicated repos",144 args: args{145 sources: []loader.Source{146 func() loader.Source {147 repos := []models.RepoState{148 {Name: "one", LastCommit: "100"},149 {Name: "two", LastCommit: "200"},150 }151 source := &MockSource{}152 source.InnerMock.On("Name").Return("source-one").Times(1)153 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)154 return source155 }(),156 func() loader.Source {157 repos := []models.RepoState{158 {Name: "three", LastCommit: "300"},159 {Name: "three", LastCommit: "350"},160 {Name: "four", LastCommit: "400"},161 {Name: "four", LastCommit: "450"},162 }163 source := &MockSource{}164 source.InnerMock.On("Name").Return("source-two").Times(1)165 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)166 return source167 }(),168 func() loader.Source {169 repos := []models.RepoState{170 {Name: "five", LastCommit: "500"},171 {Name: "six", LastCommit: "600"},172 }173 source := &MockSource{}174 source.InnerMock.On("Name").Return("source-three").Times(1)175 source.InnerMock.On("LoadRepos").Return(repos, nil).Times(1)176 return source177 }(),178 },179 referenceName: "source-three",180 logger: func() loader.Logger {181 argumentsMatcher := mock.MatchedBy(func(arguments []interface{}) bool {182 argumentsOne := []interface{}{"source-two", []string{"three", "four"}}183 argumentsTwo := []interface{}{"source-two", []string{"four", "three"}}184 return reflect.DeepEqual(arguments, argumentsOne) ||185 reflect.DeepEqual(arguments, argumentsTwo)186 })187 logger := &MockLogger{}188 logger.InnerMock.189 On(190 "Printf",191 "repos from the %s source has duplicates: %v",192 argumentsMatcher,193 ).194 Return().195 Times(1)196 return logger197 }(),198 },199 want: []comparer.SourceDiff{200 {201 NameOfLeft: "source-one",202 NameOfRight: "source-three",203 MissedInLeft: []models.RepoState{204 {Name: "five", LastCommit: "500"},205 {Name: "six", LastCommit: "600"},206 },207 MissedInRight: []models.RepoState{208 {Name: "one", LastCommit: "100"},209 {Name: "two", LastCommit: "200"},210 },211 },212 {213 NameOfLeft: "source-two",214 NameOfRight: "source-three",215 MissedInLeft: []models.RepoState{216 {Name: "five", LastCommit: "500"},217 {Name: "six", LastCommit: "600"},218 },219 MissedInRight: []models.RepoState{220 {Name: "three", LastCommit: "300"},221 {Name: "three", LastCommit: "350"},222 {Name: "four", LastCommit: "400"},223 {Name: "four", LastCommit: "450"},224 },225 },226 },227 },228 }229 for _, tt := range tests {230 t.Run(tt.name, func(t *testing.T) {231 got := CheckSources(tt.args.sources, tt.args.referenceName, tt.args.logger)232 for _, source := range tt.args.sources {233 source.(*MockSource).InnerMock.AssertExpectations(t)234 }235 tt.args.logger.(*MockLogger).InnerMock.AssertExpectations(t)236 assert.Equal(t, tt.want, got)237 })238 }239}...

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sqlp_test.go

Source:sqlp_test.go Github

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1package sqlp2import (3 "reflect"4 "testing"5)6func TestParse(t *testing.T) {7 // For brevity.8 type (9 T = NodeText10 W = NodeWhitespace11 O = NodeOrdinalParam12 N = NodeNamedParam13 D = NodeDoubleColon14 P = NodeParens15 B = NodeBrackets16 C = NodeCommentLine17 )18 test := func(input string, astExpected Nodes) {19 ast, err := Parse(input)20 if err != nil {21 t.Fatalf("failed to parse source:\n%v\nerror:\n%+v", input, err)22 }23 if !reflect.DeepEqual(astExpected, ast) {24 t.Fatalf("expected parsed AST to be:\n%#v\ngot:\n%#v\n", astExpected, ast)25 }26 strExpected := input27 str := ast.String()28 if strExpected != str {29 t.Fatalf(`expected serialized AST to be %q, got %q`, strExpected, str)30 }31 }32 test(33 `[one two]`,34 Nodes{B{T(`one`), W(` `), T(`two`)}},35 )36 test(37 `one [two three]`,38 Nodes{T(`one`), W(` `), B{T(`two`), W(` `), T(`three`)}},39 )40 test(41 `one [two three] four`,42 Nodes{T(`one`), W(` `), B{T(`two`), W(` `), T(`three`)}, W(` `), T(`four`)},43 )44 test(45 `[one two] three`,46 Nodes{B{NodeText(`one`), W(` `), T(`two`)}, W(` `), T(`three`)},47 )48 test(49 `[one two] [three four]`,50 Nodes{B{T(`one`), W(` `), T(`two`)}, W(` `), B{T(`three`), W(` `), T(`four`)}},51 )52 test(53 `'[one]'`,54 Nodes{NodeQuoteSingle(`[one]`)},55 )56 test(57 `"[one]"`,58 Nodes{NodeQuoteDouble(`[one]`)},59 )60 test(61 "`[one]`",62 Nodes{NodeQuoteGrave(`[one]`)},63 )64 test(65 `[[({one two})]]`,66 Nodes{B{B{P{NodeBraces{T(`one`), W(` `), T(`two`)}}}}},67 )68 test(69 "one -- two",70 Nodes{T(`one`), W(` `), C(` two`)},71 )72 test(73 "one -- two \n three",74 Nodes{T(`one`), W(` `), C(" two \n"), W(` `), T(`three`)},75 )76 test(77 `one::two :three`,78 Nodes{T(`one`), NodeDoubleColon{}, T(`two`), W(` `), N(`three`)},79 )80 test(81 `1 $2::int`,82 Nodes{T(`1`), W(` `), O(2), NodeDoubleColon{}, T(`int`)},83 )84 test(85 `one = $1 and two = $2`,86 Nodes{T(`one`), W(` `), T(`=`), W(` `), O(1), W(` `), T(`and`), W(` `), T(`two`), W(` `), T(`=`), W(` `), O(2)},87 )88 test(89 `$1 $2::int :three::text`,90 Nodes{O(1), W(` `), O(2), D{}, T(`int`), W(` `), N(`three`), D{}, T(`text`)},91 )92 test(93 `one = $1 and two = $1 and three = $2`,94 Nodes{T(`one`), W(` `), T(`=`), W(` `), O(1), W(` `), T(`and`), W(` `), T(`two`), W(` `), T(`=`), W(` `), O(1), W(` `), T(`and`), W(` `), T(`three`), W(` `), T(`=`), W(` `), O(2)},95 )96}97func TestRewrite(t *testing.T) {98 ast, err := Parse(`select * from [bracketed] where col1 = 123`)99 if err != nil {100 t.Fatalf("%+v", err)101 }102 for i, node := range ast {103 switch node.(type) {104 case NodeBrackets:105 ast[i] = NodeText(`(select * from some_table where col2 = '456') as _`)106 }107 }108 expected := `select * from (select * from some_table where col2 = '456') as _ where col1 = 123`109 actual := ast.String()110 if expected != actual {111 t.Fatalf(`expected serialized AST to be %q, got %q`, expected, actual)112 }113}114func TestTraverseShallow(t *testing.T) {115 nodes := Nodes{116 NodeText(`one`),117 Nodes{NodeText(`two`), NodeOrdinalParam(3)},118 NodeParens{NodeText(`four`)},119 }120 var visited Nodes121 err := TraverseShallow(nodes, func(ptr *Node) error {122 visited = append(visited, *ptr)123 return nil124 })125 if err != nil {126 t.Fatalf("%+v", err)127 }128 if !reflect.DeepEqual(nodes, visited) {129 t.Fatalf("expected traversed AST to be:\n%#v\ngot:\n%#v", nodes, visited)130 }131}132// TODO also test `NodeTraverseLeaves`.133func TestTraverseLeaves(t *testing.T) {134 nodes := Nodes{135 NodeText(`one`),136 Nodes{NodeText(`two`), NodeOrdinalParam(3)},137 NodeParens{NodeText(`four`)},138 }139 var visited Nodes140 err := TraverseLeaves(nodes, func(ptr *Node) error {141 visited = append(visited, *ptr)142 return nil143 })144 if err != nil {145 t.Fatalf("%+v", err)146 }147 expected := Nodes{148 NodeText(`one`),149 NodeText(`two`),150 NodeOrdinalParam(3),151 NodeText(`four`),152 }153 if !reflect.DeepEqual(expected, visited) {154 t.Fatalf("expected traversed AST to be:\n%#v\ngot:\n%#v", expected, visited)155 }156}157// TODO also test `NodeCopyDeep`.158func TestCopyDeep(t *testing.T) {159 source := Nodes{160 NodeText(`one`),161 Nodes{NodeText(`two`), NodeOrdinalParam(3)},162 NodeParens{NodeText(`four`)},163 }164 copy := CopyDeep(source)165 if !reflect.DeepEqual(source, copy) {166 t.Fatalf(`expected source and copy to be identical; source: %#v; copy %#v`, source, copy)167 }168 // Also test the ability to deeply mutate the tree via leaf traversal. TODO169 // move this to the appropriate test.170 err := TraverseLeaves(source, func(ptr *Node) error {171 *ptr = nil172 return nil173 })174 if err != nil {175 t.Fatalf("%+v", err)176 }177 expectedSource := Nodes{nil, Nodes{nil, nil}, NodeParens{nil}}178 if !reflect.DeepEqual(expectedSource, source) {179 t.Fatalf(`expected source nodes to become %#v, got %#v`, expectedSource, source)180 }181 expectedCopy := Nodes{182 NodeText(`one`),183 Nodes{NodeText(`two`), NodeOrdinalParam(3)},184 NodeParens{NodeText(`four`)},185 }186 if !reflect.DeepEqual(expectedCopy, copy) {187 t.Fatalf(`expected copy nodes to remain: %#v, got %#v`, expectedCopy, copy)188 }189}...

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source_state_test.go

Source:source_state_test.go Github

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1package models2import (3 "testing"4 "github.com/stretchr/testify/assert"5)6func TestSourceState_IsZero(t *testing.T) {7 tests := []struct {8 name string9 sourceState SourceState10 want bool11 }{12 {13 name: "with full data",14 sourceState: SourceState{15 Name: "source-one",16 Repos: []RepoState{17 {Name: "one", LastCommit: "100"},18 {Name: "two", LastCommit: "200"},19 },20 },21 want: false,22 },23 {24 name: "without a name",25 sourceState: SourceState{26 Name: "",27 Repos: []RepoState{28 {Name: "one", LastCommit: "100"},29 {Name: "two", LastCommit: "200"},30 },31 },32 want: false,33 },34 {35 name: "without repos",36 sourceState: SourceState{37 Name: "source-one",38 Repos: nil,39 },40 want: false,41 },42 {43 name: "with an empty source state",44 sourceState: SourceState{45 Name: "",46 Repos: nil,47 },48 want: true,49 },50 }51 for _, tt := range tests {52 t.Run(tt.name, func(t *testing.T) {53 got := tt.sourceState.IsZero()54 assert.Equal(t, tt.want, got)55 })56 }57}58func TestFilterNonemptySources(t *testing.T) {59 type args struct {60 sourceStates []SourceState61 }62 tests := []struct {63 name string64 args args65 want []SourceState66 }{67 {68 name: "empty",69 args: args{sourceStates: []SourceState{}},70 want: []SourceState{},71 },72 {73 name: "with full data",74 args: args{75 sourceStates: []SourceState{76 {77 Name: "source-one",78 Repos: []RepoState{79 {Name: "one", LastCommit: "100"},80 {Name: "two", LastCommit: "200"},81 },82 },83 {84 Name: "source-two",85 Repos: []RepoState{86 {Name: "three", LastCommit: "300"},87 {Name: "four", LastCommit: "400"},88 },89 },90 },91 },92 want: []SourceState{93 {94 Name: "source-one",95 Repos: []RepoState{96 {Name: "one", LastCommit: "100"},97 {Name: "two", LastCommit: "200"},98 },99 },100 {101 Name: "source-two",102 Repos: []RepoState{103 {Name: "three", LastCommit: "300"},104 {Name: "four", LastCommit: "400"},105 },106 },107 },108 },109 {110 name: "without a name",111 args: args{112 sourceStates: []SourceState{113 {114 Name: "",115 Repos: []RepoState{116 {Name: "one", LastCommit: "100"},117 {Name: "two", LastCommit: "200"},118 },119 },120 {121 Name: "source-two",122 Repos: []RepoState{123 {Name: "three", LastCommit: "300"},124 {Name: "four", LastCommit: "400"},125 },126 },127 },128 },129 want: []SourceState{130 {131 Name: "",132 Repos: []RepoState{133 {Name: "one", LastCommit: "100"},134 {Name: "two", LastCommit: "200"},135 },136 },137 {138 Name: "source-two",139 Repos: []RepoState{140 {Name: "three", LastCommit: "300"},141 {Name: "four", LastCommit: "400"},142 },143 },144 },145 },146 {147 name: "without repos",148 args: args{149 sourceStates: []SourceState{150 {151 Name: "source-one",152 Repos: nil,153 },154 {155 Name: "source-two",156 Repos: []RepoState{157 {Name: "three", LastCommit: "300"},158 {Name: "four", LastCommit: "400"},159 },160 },161 },162 },163 want: []SourceState{164 {165 Name: "source-one",166 Repos: nil,167 },168 {169 Name: "source-two",170 Repos: []RepoState{171 {Name: "three", LastCommit: "300"},172 {Name: "four", LastCommit: "400"},173 },174 },175 },176 },177 {178 name: "with an empty source state",179 args: args{180 sourceStates: []SourceState{181 {182 Name: "",183 Repos: nil,184 },185 {186 Name: "source-two",187 Repos: []RepoState{188 {Name: "three", LastCommit: "300"},189 {Name: "four", LastCommit: "400"},190 },191 },192 },193 },194 want: []SourceState{195 {196 Name: "source-two",197 Repos: []RepoState{198 {Name: "three", LastCommit: "300"},199 {Name: "four", LastCommit: "400"},200 },201 },202 },203 },204 {205 name: "without a nonempty source state",206 args: args{207 sourceStates: []SourceState{208 {209 Name: "",210 Repos: nil,211 },212 {213 Name: "",214 Repos: nil,215 },216 },217 },218 want: []SourceState{},219 },220 }221 for _, tt := range tests {222 t.Run(tt.name, func(t *testing.T) {223 got := FilterNonemptySources(tt.args.sourceStates)224 assert.Equal(t, tt.want, got)225 })226 }227}...

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format_test.go

Source:format_test.go Github

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1package output2import (3 "bytes"4 "testing"5 "github.com/stretchr/testify/assert"6)7func TestRenderByFormat(t *testing.T) {8 testCases := []struct {9 inputFormat string10 source interface{}11 expectedResult string12 expectedError string13 }{14 {15 inputFormat: "",16 source: map[string]int{"one": 1, "two": 2, "three": 3},17 expectedResult: "default render result",18 expectedError: "",19 },20 {21 inputFormat: FormatJSON,22 source: []string{"one", "two", "three"},23 expectedResult: `["one","two","three"]24`,25 expectedError: "",26 },27 {28 inputFormat: FormatYAML,29 source: []string{"one", "two", "three"},30 expectedResult: `- one31- two32- three33`,34 expectedError: "",35 },36 {37 inputFormat: FormatJSONPretty,38 source: []string{"one", "two", "three"},39 expectedResult: `[40 "one",41 "two",42 "three"43]44`,45 expectedError: "",46 },47 {48 inputFormat: "some unknown format",49 source: []string{"one", "two", "three"},50 expectedError: "unknown rendering format: some unknown format",51 },52 }53 for _, testCase := range testCases {54 buf := &bytes.Buffer{}55 err := RenderByFormat(testCase.inputFormat, buf, testCase.source, func() error {56 _, e := buf.WriteString("default render result")57 return e58 })59 if testCase.expectedError != "" {60 assert.EqualError(t, err, testCase.expectedError)61 continue62 }63 assert.Equal(t, testCase.expectedResult, buf.String())64 }65}...

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Three

Using AI Code Generation

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1import (2func main() {3 fmt.Println(source.One())4 fmt.Println(source.Two())5 fmt.Println(source.Three())6}7import (8func main() {9 fmt.Println(source.One())10 fmt.Println(source.Two())11}12import (13func main() {14 fmt.Println(source.Two())15}16import (17func main() {18 fmt.Println(source.One())19 fmt.Println(source.Three())20}21import (22func main() {23 fmt.Println(source.One())24}

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Three

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1import "fmt"2func main() {3 fmt.Println("Hello, World!")4}5import "fmt"6func main() {7 fmt.Println("Hello, World!")8}9import "fmt"10func main() {11 fmt.Println("Hello, World!")12}13import "fmt"14func main() {15 fmt.Println("Hello, World!")16}17import "fmt"18func main() {19 fmt.Println("Hello, World!")20}21import "fmt"22func main() {23 fmt.Println("Hello, World!")24}25import "fmt"26func main() {27 fmt.Println("Hello, World!")28}29import "fmt"30func main() {31 fmt.Println("Hello, World!")32}33import "fmt"34func main() {35 fmt.Println("Hello, World!")36}37import "fmt"38func main() {39 fmt.Println("Hello, World!")40}41import "fmt"42func main() {43 fmt.Println("Hello, World!")44}45import "fmt"46func main() {47 fmt.Println("Hello, World!")48}49import "fmt"50func main() {51 fmt.Println("Hello, World!")52}53import "fmt"54func main() {55 fmt.Println("Hello,

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Three

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello World!")4 source.One()5 source.Two()6 source.Three()7}8import (9func main() {10 fmt.Println("Hello World!")11 source.One()12 source.Two()13}14import (15func main() {16 fmt.Println("Hello World!")17 source.One()18}19import (20func One() {21 fmt.Println("One")22}23func Two() {24 fmt.Println("Two")25}26func Three() {27 fmt.Println("Three")28}

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Three

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1import (2func main() {3 source.One()4 source.Two()5 source.Three()6}7import "fmt"8func One() {9 fmt.Println("One")10}11func Two() {12 fmt.Println("Two")13}14func Three() {15 fmt.Println("Three")16}

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Three

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1import (2func main() {3 fmt.Println("Hello, playground")4 fmt.Println(source.One())5 fmt.Println(source.Two())6 fmt.Println(source.Three())7}8import (9func main() {10 fmt.Println("Hello, playground")11 fmt.Println(source.One())12 fmt.Println(source.Two())13}14import (15func main() {16 fmt.Println("Hello, playground")17 fmt.Println(source.One())18}19import "fmt"20func One() string {21}22func Two() string {23}24func Three() string {25}26import (27func main() {28 fmt.Println("Hello, playground")29 fmt.Println(source.One())30 fmt.Println(source.Two())31 fmt.Println(source.Three())32}

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Three

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1import (2func main() {3 fmt.Println("Hello World!")4 source.One()5 source.Two()6 source.Three()7}8import (9func main() {10 fmt.Println("Hello World!")11 source.One()12}13import (14func main() {15 fmt.Println("Hello World!")16 source.Two()17}18import (19func main() {20 fmt.Println("Hello World!")21 source.Three()22}23import "fmt"24func One() {25 fmt.Println("One")26}27func Two() {28 fmt.Println("Two")29}30func Three() {31 fmt.Println("Three")32}33import "testing"34func TestOne(t *testing.T) {35 One()36}37func TestTwo(t *testing.T) {38 Two()39}40func TestThree(t *testing.T) {41 Three()42}

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Three

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1import (2func main() {3 fmt.Println("Hello, playground")4 source.One()5 source.Two()6 source.Three()7}8import "fmt"9func One() {10 fmt.Println("One")11}12func Two() {13 fmt.Println("Two")14}15func Three() {16 fmt.Println("Three")17}18import "testing"19func TestOne(t *testing.T) {20 One()21}22func TestTwo(t *testing.T) {23 Two()24}25func TestThree(t *testing.T) {26 Three()27}28import (29func main() {30 fmt.Println("Hello, playground")31 source.One()32 source.Two()33}34import (35func main() {36 fmt.Println("Hello, playground")37 source.One()38}

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Three

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1import "fmt"2func main() {3 s1.Three()4}5import "fmt"6func main() {7 s1.One()8 s1.Two()9}10import "fmt"11func main() {12 s1.One()13}14import "fmt"15func main() {16 s1.Two()17}18import "fmt"19func main() {20 s1.Three()21}22./5.go:7: s1.One undefined (type source has no field or method One)23./5.go:8: s1.Two undefined (type source has no field or method Two)24If we want to access the methods One() and Two() of the source class in the file 5.go, we can export them by changing their first letter to capital. Now, if we compile all the files, we will not get any error:

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Three

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1import (2func main() {3 fmt.Println("Hello, World!")4 fmt.Println("Hello, World!")5 source.Three()6}7import (8func main() {9 fmt.Println("Hello, World!")10 source.Two()11}12import (13func main() {14 fmt.Println("Hello, World!")15 source.One()16}17import (18func One() {19 fmt.Println("Hello, World!")20}21func Two() {22 fmt.Println("Hello, World!")23}24func Three() {25 fmt.Println("Hello, World!")26}27import (28func main() {29 fmt.Println("Hello, World!")30 source.One()31}32import (33func main() {34 fmt.Println("Hello, World!")35 source.Two()36}37import (38func main() {39 fmt.Println("Hello, World!")40 source.Three()41}42import (43func One() {44 fmt.Println("Hello, World!")45}46func Two() {47 fmt.Println("Hello, World!")48}49func Three() {50 fmt.Println("Hello, World!")51}

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Three

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1import (2func main() {3 fmt.Println("Hello World!")4 source := source.New()5 source.One()6 source.Two()7 source.Three()8}9import (10type Source struct {11}12func New() *Source {13 return &Source{}14}15func (s *Source) One() {16 fmt.Println("One")17}18func (s *Source) Two() {19 fmt.Println("Two")20}21func (s *Source) Three() {22 fmt.Println("Three")23}24func IsNumber(s string) bool {25 _, err := strconv.Atoi(s)26}27func LoadWords(filename string) []string {28 file, err := os.Open(filename)29 if err != nil {30 log.Fatal(err)31 }32 defer file.Close()33 scanner := bufio.NewScanner(file)34 words := []string{}35 for scanner.Scan() {36 words = append(words, scanner.Text())37 }38}39func LoadWords(filename string) []string {40 file, err := os.Open(filename)41 if err != nil {42 log.Fatal(err)43 }44 defer file.Close()45 scanner := bufio.NewScanner(file)46 words := []string{}47 for scanner.Scan() {48 words = append(words, scanner.Text())49 fmt.Println(scanner.Text())50 }51}

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