# How to use eq method of diff Package

Best Got code snippet using diff.eq

gaussian_test.go

Source:gaussian_test.go

`1package gaussian2import (3 "math"4 "testing"5 "github.com/mafredri/go-trueskill/mathextra"6)7const epsilon = 1e-13 // Precision for floating point comparison8func sq(x float64) float64 { return x * x }9func TestGaussianNewFromMeanAndStdDev(t *testing.T) {10 mu := 25.011 sigma := 25.0 / 3.012 g := NewFromMeanAndStdDev(mu, sigma)13 // Values taken from Ralf Herbrich's F# TrueSkill implementation14 wantPrecisionMean := 0.3615 wantPrecision := 0.014416 wantMean := 25.017 wantStdDev := 8.3333333333333318 wantVariance := 69.444444444444519 if !mathextra.Float64AlmostEq(wantPrecisionMean, g.PrecisionMean, epsilon) {20 t.Errorf("PrecisionMean == %.13f, want %.13f", g.PrecisionMean, wantPrecisionMean)21 }22 if !mathextra.Float64AlmostEq(wantPrecision, g.Precision, epsilon) {23 t.Errorf("Precision == %.13f, want %.13f", g.Precision, wantPrecision)24 }25 if !mathextra.Float64AlmostEq(wantMean, g.Mean(), epsilon) {26 t.Errorf("Mean() == %.13f, want %.13f", g.Mean(), wantMean)27 }28 if !mathextra.Float64AlmostEq(wantStdDev, g.StdDev(), epsilon) {29 t.Errorf("StdDev() == %.13f, want %.13f", g.StdDev(), wantStdDev)30 }31 if !mathextra.Float64AlmostEq(wantVariance, g.Variance(), epsilon) {32 t.Errorf("Variance() == %.13f, want %.13f", g.Variance(), wantVariance)33 }34}35func TestGaussianMult(t *testing.T) {36 // Values taken from Ralf Herbrich's F# TrueSkill implementation37 a := NewFromPrecision(0.2879769618430530, 0.0115190784737221)38 b := NewFromPrecision(0.2319194248106950, 0.0055296783672657)39 prod := a.Mul(b)40 wantPrecisionMean := 0.519896386653747041 wantPrecision := 0.017048756840987842 if !mathextra.Float64AlmostEq(wantPrecisionMean, prod.PrecisionMean, epsilon) {43 t.Errorf("PrecisionMean == %.13f, want %.13f", prod.PrecisionMean, wantPrecisionMean)44 }45 if !mathextra.Float64AlmostEq(wantPrecision, prod.Precision, epsilon) {46 t.Errorf("Precision == %.13f, want %.13f", prod.Precision, wantPrecision)47 }48}49func TestGaussianMultNormalAndShifted(t *testing.T) {50 // From moserware/Skills:51 // > Verified against the formula at http://www.tina-vision.net/tina-knoppix/tina-memo/2003-003.pdf52 norm := NewFromMeanAndStdDev(0, 1)53 shifted := NewFromMeanAndStdDev(2, 3)54 prod := norm.Mul(shifted)55 wantMean := 0.256 wantStdDev := 3.0 / math.Sqrt(10)57 if !mathextra.Float64AlmostEq(wantMean, prod.Mean(), epsilon) {58 t.Errorf("Mean() == %.13f, want %.13f", prod.Mean(), wantMean)59 }60 if !mathextra.Float64AlmostEq(wantStdDev, prod.StdDev(), epsilon) {61 t.Errorf("StdDev() == %.13f, want %.13f", prod.StdDev(), wantStdDev)62 }63}64func TestGaussianMult4567(t *testing.T) {65 // From moserware/Skills:66 // > Verified against the formula at http://www.tina-vision.net/tina-knoppix/tina-memo/2003-003.pdf67 a := NewFromMeanAndStdDev(4, 5)68 b := NewFromMeanAndStdDev(6, 7)69 prod := a.Mul(b)70 wantMean := (4*sq(7) + 6*sq(5)) / (sq(5) + sq(7))71 wantStdDev := math.Sqrt((sq(5) * sq(7)) / (sq(5) + sq(7)))72 if !mathextra.Float64AlmostEq(wantMean, prod.Mean(), epsilon) {73 t.Errorf("Mean() == %.13f, want %.13f", prod.Mean(), wantMean)74 }75 if !mathextra.Float64AlmostEq(wantStdDev, prod.StdDev(), epsilon) {76 t.Errorf("StdDev() == %.13f, want %.13f", prod.StdDev(), wantStdDev)77 }78}79func TestGaussianDiv(t *testing.T) {80 // Values taken from Ralf Herbrich's F# TrueSkill implementation81 a := NewFromPrecision(0.5198963866537470, 0.0170487568409878)82 b := NewFromPrecision(0.2319194248106950, 0.0055296783672657)83 prodDiv := a.Div(b)84 wantPrecisionMean := 0.287976961843053085 wantPrecision := 0.011519078473722186 if !mathextra.Float64AlmostEq(wantPrecisionMean, prodDiv.PrecisionMean, epsilon) {87 t.Errorf("Mean() == %.13f, want %.13f", prodDiv.PrecisionMean, wantPrecisionMean)88 }89 if !mathextra.Float64AlmostEq(wantPrecision, prodDiv.Precision, epsilon) {90 t.Errorf("StdDev() == %.13f, want %.13f", prodDiv.Precision, wantPrecision)91 }92}93func TestGaussianDivNormal(t *testing.T) {94 // From moserware/Skills:95 // > Since the multiplication was worked out by hand, we use the same numbers but work backwards96 prod := NewFromMeanAndStdDev(0.2, 3.0/math.Sqrt(10))97 norm := NewFromMeanAndStdDev(0, 1)98 prodDiv := prod.Div(norm)99 wantMean := 2.0100 wantStdDev := 3.0101 if !mathextra.Float64AlmostEq(wantMean, prodDiv.Mean(), epsilon) {102 t.Errorf("Mean() == %.13f, want %.13f", prodDiv.Mean(), wantMean)103 }104 if !mathextra.Float64AlmostEq(wantStdDev, prodDiv.StdDev(), epsilon) {105 t.Errorf("StdDev() == %.13f, want %.13f", prodDiv.StdDev(), wantStdDev)106 }107}108func TestGaussianDiv45(t *testing.T) {109 // From moserware/Skills:110 // > Since the multiplication was worked out by hand, we use the same numbers but work backwards111 prodMu := (4*sq(7) + 6*sq(5)) / (sq(5) + sq(7))112 prodSigma := math.Sqrt(((sq(5) * sq(7)) / (sq(5) + sq(7))))113 prod := NewFromMeanAndStdDev(prodMu, prodSigma)114 m4s5 := NewFromMeanAndStdDev(4, 5)115 prodDiv := prod.Div(m4s5)116 wantMean := 6.0117 wantStdDev := 7.0118 if !mathextra.Float64AlmostEq(wantMean, prodDiv.Mean(), epsilon) {119 t.Errorf("Mean() == %.13f, want %.13f", prodDiv.Mean(), wantMean)120 }121 if !mathextra.Float64AlmostEq(wantStdDev, prodDiv.StdDev(), epsilon) {122 t.Errorf("StdDev() == %.13f, want %.13f", prodDiv.StdDev(), wantStdDev)123 }124}125func TestGaussianAbsDiff(t *testing.T) {126 // Values taken from Ralf Herbrich's F# TrueSkill implementation127 a := NewFromPrecision(0.5198963866537470, 0.0170487568409878)128 b := NewFromPrecision(0.2879769618430530, 0.0115190784737221)129 diff := AbsDiff(a, b)130 want := 0.2319194248106950131 if !mathextra.Float64AlmostEq(want, diff, epsilon) {132 t.Errorf("AbsDiff(norm, norm) == %.13f, want %.13f", diff, want)133 }134}135func TestGaussianAbsDiffNormal(t *testing.T) {136 // From moserware/Skills:137 // > Verified with Ralf Herbrich's F# implementation138 norm := NewFromMeanAndStdDev(0, 1)139 diff := AbsDiff(norm, norm)140 want := 0.0141 if !mathextra.Float64AlmostEq(want, diff, epsilon) {142 t.Errorf("AbsDiff(norm, norm) == %.13f, want %.13f", diff, want)143 }144}145func TestGaussianAbsDiff1234(t *testing.T) {146 // From moserware/Skills:147 // > Verified with Ralf Herbrich's F# implementation148 a := NewFromMeanAndStdDev(1, 2)149 b := NewFromMeanAndStdDev(3, 4)150 diff := AbsDiff(a, b)151 want := 0.4330127018922193152 if !mathextra.Float64AlmostEq(want, diff, epsilon) {153 t.Errorf("AbsDiff(norm, norm) == %.13f, want %.13f", diff, want)154 }155}156func TestLogProdNorm(t *testing.T) {157 // Values taken from Ralf Herbrich's F# TrueSkill implementation158 a := NewFromPrecision(0.2879769618430530, 0.0115190784737221)159 b := NewFromPrecision(0.0445644935525882, 0.0055296783672657)160 logZ := LogProdNorm(a, b)161 want := -4.2499118707392800162 if !mathextra.Float64AlmostEq(logZ, want, epsilon) {163 t.Errorf("LogProdNorm(a, a) == %.13f, want %.13f", logZ, want)164 }165}166func TestLogProdNormNormal(t *testing.T) {167 // From moserware/Skills:168 // > Verified with Ralf Herbrich's F# implementation169 norm := NewFromMeanAndStdDev(0, 1)170 logZ := LogProdNorm(norm, norm)171 want := -1.2655121234846454172 if !mathextra.Float64AlmostEq(logZ, want, epsilon) {173 t.Errorf("LogProdNorm(a, a) == %.13f, want %.13f", logZ, want)174 }175}176func TestLogProdNorm1234(t *testing.T) {177 // From moserware/Skills:178 // > Verified with Ralf Herbrich's F# implementation179 a := NewFromMeanAndStdDev(1, 2)180 b := NewFromMeanAndStdDev(3, 4)181 logZ := LogProdNorm(a, b)182 want := -2.5168046699816684183 if !mathextra.Float64AlmostEq(logZ, want, epsilon) {184 t.Errorf("LogProdNorm(a, a) == %.13f, want %.13f", logZ, want)185 }186}187func TestLogRatioNorm(t *testing.T) {188 // Values taken from Ralf Herbrich's F# TrueSkill implementation189 a := NewFromPrecision(0.5198963866537470, 0.0170487568409878)190 b := NewFromPrecision(0.2879769618430530, 0.0115190784737221)191 logZ := LogRatioNorm(a, b)192 want := 4.2499118707392800193 if !mathextra.Float64AlmostEq(logZ, want, epsilon) {194 t.Errorf("LogProdNorm(a, a) == %.13f, want %.13f", logZ, want)195 }196}197func TestLogRatioNorm1234(t *testing.T) {198 // From moserware/Skills:199 // > Verified with Ralf Herbrich's F# implementation200 a := NewFromMeanAndStdDev(1, 2)201 b := NewFromMeanAndStdDev(3, 4)202 logZ := LogRatioNorm(a, b)203 want := 2.6157405972171204204 if !mathextra.Float64AlmostEq(logZ, want, epsilon) {205 t.Errorf("LogProdNorm(a, a) == %.13f, want %.13f", logZ, want)206 }207}...`

deltas.go

Source:deltas.go

`...3 "bytes"4 "fmt"5 "github.com/j-keck/go-diff/diffmatchpatch"6)7// DeltaType classifies a patch action like 'delete', 'equal' or 'insert'8type DeltaType int9const (10 // Del represents a deleted patch chunk11 Del DeltaType = (iota - 1)12 // Eq represents a not changed patch chunk13 Eq14 // Ins represents a added patch chunk15 Ins16)17// Delta represents a patch chunk18type Delta struct {19 Type DeltaType `json:"kind"`20 LineNrFrom int `json:"lineNrFrom"`21 LineNrTarget int `json:"lineNrTarget"`22 StartPosFrom int64 `json:"startPosFrom"`23 StartPosTarget int64 `json:"startPosTarget"`24 Text string `json:"text"`25}26func (d *Delta) String() string {27 var t string28 switch d.Type {29 case Ins:30 t = "+"31 case Del:32 t = "-"33 case Eq:34 t = "="35 default:36 panic("Unexpected DeltaType")37 }38 return fmt.Sprintf("{%s:%d,%d:%d,%d:%s}", t, d.LineNrFrom, d.LineNrTarget,39 d.StartPosFrom, d.StartPosTarget, d.Text)40}41// Deltas represents all patch chunks of a file42type Deltas []Delta43func (deltas Deltas) String() string {44 var buffer bytes.Buffer45 for idx, delta := range deltas {46 if idx > 0 {47 buffer.WriteString(",")48 }49 buffer.WriteString(delta.String())50 }51 return buffer.String()52}53func createDeltasFromDiffs(diffs []diffmatchpatch.Diff, contextSize int) Deltas {54 var deltas Deltas55 var lineNrFrom, lineNrTarget int = 1, 1 // first line is line nr. 156 var startPosFrom, startPosTarget int64 = 1, 1 // first char ist at pos 157 idx := 058 nextDiffIfTypeIs := func(diffType diffmatchpatch.Operation) (diffmatchpatch.Diff, bool) {59 if idx < len(diffs) && diffs[idx].Type == diffType {60 next := diffs[idx]61 idx++62 return next, true63 }64 return diffmatchpatch.Diff{}, false65 }66 createPrevEqDelta := func(diff diffmatchpatch.Diff) Delta {67 lineCount := countNewLines(diff.Text)68 lines := splitText(diff.Text)69 var text string70 if lineCount > contextSize {71 fromIndex := lineCount - contextSize72 text = joinLines(lines[fromIndex:])73 } else {74 text = diff.Text75 }76 count := countNewLines(text)77 length := int64(len(text))78 return Delta{79 Eq,80 lineNrFrom - count,81 lineNrTarget - count,82 startPosFrom - length,83 startPosTarget - length,84 text,85 }86 }87 createAfterEqDelta := func(diff diffmatchpatch.Diff) (Delta, bool) {88 lineCount := countNewLines(diff.Text)89 lines := splitText(diff.Text)90 var text string91 nextPrevEqMerged := false92 if idx < len(diffs) && lineCount < contextSize*2 {93 // merge - but not the last element94 text = diff.Text95 nextPrevEqMerged = true96 } else if lineCount < contextSize {97 text = diff.Text98 } else {99 text = joinLines(lines[:contextSize])100 }101 return Delta{102 Eq,103 lineNrFrom,104 lineNrTarget,105 startPosFrom,106 startPosTarget,107 text,108 }, nextPrevEqMerged109 }110 // first equal block if there is one111 if diff, ok := nextDiffIfTypeIs(diffmatchpatch.DiffEqual); ok {112 lineCount := countNewLines(diff.Text)113 textLength := int64(len(diff.Text))114 lineNrFrom += lineCount115 lineNrTarget += lineCount116 startPosFrom += textLength117 startPosTarget += textLength118 if contextSize > 0 {119 deltas = append(deltas, createPrevEqDelta(diff))120 }121 }122 for idx < len(diffs) {123 var delDiff, insDiff diffmatchpatch.Diff124 var hasDel, hasIns bool125 // add del-delta if there is a delete126 delDiff, hasDel = nextDiffIfTypeIs(diffmatchpatch.DiffDelete)127 if hasDel {128 deltas = append(deltas, Delta{129 Del,130 lineNrFrom,131 lineNrTarget,132 startPosFrom,133 startPosTarget,134 delDiff.Text,135 })136 }137 // add ins-delta if there is a insert138 insDiff, hasIns = nextDiffIfTypeIs(diffmatchpatch.DiffInsert)139 if hasIns {140 deltas = append(deltas, Delta{141 Ins,142 lineNrFrom,143 lineNrTarget,144 startPosFrom,145 startPosTarget,146 insDiff.Text,147 })148 }149 // update lineNr / startPos150 // * after the delta additions!151 // * if not after, a text replace has the wrong lineNr / startPos152 // in the ins-delta153 if hasDel {154 lineCount := countNewLines(delDiff.Text)155 textLength := int64(len(delDiff.Text))156 lineNrFrom += lineCount157 startPosFrom += textLength158 }159 if hasIns {160 lineCount := countNewLines(insDiff.Text)161 textLength := int64(len(insDiff.Text))162 lineNrTarget += lineCount163 startPosTarget += textLength164 }165 // handle equal166 // * add after context167 // * update line / pos168 // * add prev context for the next169 if diff, ok := nextDiffIfTypeIs(diffmatchpatch.DiffEqual); ok {170 lineCount := countNewLines(diff.Text)171 textLength := int64(len(diff.Text))172 var afterEqDelta Delta173 var nextPrevEqMerged bool174 if contextSize > 0 {175 afterEqDelta, nextPrevEqMerged = createAfterEqDelta(diff)176 deltas = append(deltas, afterEqDelta)177 }178 lineNrFrom += lineCount179 lineNrTarget += lineCount180 startPosFrom += textLength181 startPosTarget += textLength182 // don't add prevEq if183 // * no context requested184 // * we are at the end185 // * the afterEqDelta has merged the next (this) prevEqDelta, because the context overlap186 // * the afterEqDelta contains the whole text187 if contextSize > 0 && idx < len(diffs) && !nextPrevEqMerged && afterEqDelta.Text != diff.Text {188 deltas = append(deltas, createPrevEqDelta(diff))189 }190 }191 }192 return deltas193}...`

lcs_test.go

Source:lcs_test.go

`...8 "github.com/ysmood/got"9 "github.com/ysmood/got/lib/diff"10)11func TestReduce(t *testing.T) {12 eq := func(x, y string, e string) {13 t.Helper()14 out := diff.NewWords(diff.Split(x)).Reduce(diff.NewWords(diff.Split(y))).String()15 if out != e {16 t.Error(out, "!=", e)17 }18 }19 eq("", "", "")20 eq("", "a", "")21 eq("a", "", "")22 eq("abc", "abc", "abc")23 eq("abc", "acb", "abc")24 eq("abc", "acbc", "abc")25 eq("abc", "xxx", "")26 eq("ac", "bc", "c")27}28func TestCommon(t *testing.T) {29 eq := func(x, y string, el, er int) {30 t.Helper()31 l, r := diff.NewWords(diff.Split(x)).Common(diff.NewWords(diff.Split(y)))32 if l != el || r != er {33 t.Error(l, r, "!=", el, er)34 }35 }36 eq("", "", 0, 0)37 eq("", "a", 0, 0)38 eq("a", "", 0, 0)39 eq("abc", "abc", 3, 0)40 eq("abc", "acb", 1, 0)41 eq("abc", "acbc", 1, 2)42 eq("abc", "xxx", 0, 0)43 eq("ac", "bc", 0, 1)44}45func TestLCSString(t *testing.T) {46 eq := func(x, y, expected string) {47 t.Helper()48 ctx, cancel := context.WithTimeout(context.Background(), time.Second)49 defer cancel()50 lcs := diff.NewWords(split(x)).LCS(ctx, diff.NewWords(split(y)))51 out := lcs.String()52 if out != expected {53 t.Error(out, "!=", expected)54 }55 }56 eq("", "", "")57 eq("abc", "acb", "ac")58 eq("abc", "acbc", "abc")59 eq("abc", "xxx", "")60 eq("ac", "bc", "c")61 eq("gac", "agcat", "gc")62 eq("agcat", "gac", "ga")63 x := bytes.Repeat([]byte("x"), 100000)64 y := bytes.Repeat([]byte("y"), 100000)65 eq(string(x), string(y), "")66 x[len(x)/2] = byte('a')67 y[len(y)/2] = byte('a')68 eq(string(x), string(y), "a")69 x[len(x)/2] = byte('y')70 y[len(y)/2] = byte('x')71 eq(string(x), string(y), "yx")72}73func TestLCSRandomString(t *testing.T) {74 g := got.T(t)75 x := g.ReadFile("fixtures/rand_x.txt").String()76 y := g.ReadFile("fixtures/rand_y.txt").String()77 res := diff.NewWords(split(x)).LCS(g.Context(), diff.NewWords(split(y)))78 g.Eq(79 res.String(),80 g.ReadFile("fixtures/rand_lcs.txt").String(),81 )82}83func TestText(t *testing.T) {84 g := setup(t)85 g.Len(diff.NewLines("a"), 1)86 g.Len(diff.NewLines("a\n"), 2)87 g.Len(diff.NewLines("a\n\n"), 3)88 g.Len(diff.NewLines("\na"), 2)89}90func TestLCSText(t *testing.T) {91 g := setup(t)92 eq := func(x, y, expected string) {93 t.Helper()94 x = strings.Join(strings.Split(x, ""), "\n")95 y = strings.Join(strings.Split(y, ""), "\n")96 expected = strings.Join(strings.Split(expected, ""), "\n")97 lcs := diff.NewLines(x).LCS(context.Background(), diff.NewLines(y))98 g.Eq(lcs.String(), expected)99 }100 eq("", "", "")101 eq("abc", "acb", "ac")102 eq("abc", "acbc", "abc")103 eq("abc", "xxx", "")104}105func TestIsIn(t *testing.T) {106 g := got.T(t)107 y := diff.NewWords(split("abc"))108 g.True(diff.NewWords(split("ab")).IsSubsequenceOf(y))109 g.True(diff.NewWords(split("ac")).IsSubsequenceOf(y))110 g.True(diff.NewWords(split("bc")).IsSubsequenceOf(y))111 g.False(diff.NewWords(split("cb")).IsSubsequenceOf(y))112 g.False(diff.NewWords(split("ba")).IsSubsequenceOf(y))113 g.False(diff.NewWords(split("ca")).IsSubsequenceOf(y))114}115func TestBTreeFindGreater(t *testing.T) {116 g := got.T(t)117 check := func(x int, ey int, ef bool) {118 g.Helper()119 y, f := diff.BTreeFindGreater([]int{1, 3, 5, 7, 9, 11}, x)120 g.Eq(y, ey)121 g.Eq(f, ef)122 }123 check(4, 5, true)124 check(5, 7, true)125 check(1, 3, true)126 check(8, 9, true)127 check(11, 0, false)...`

eq

Using AI Code Generation

`1import (2func main() {3 dmp := diffmatchpatch.New()4 diffs := dmp.DiffMain("Hello World", "Hello Go", false)5 fmt.Println(dmp.DiffPrettyText(diffs))6}`

eq

Using AI Code Generation

`1import "fmt"2func main() {3 fmt.Scanf("%d", &a)4 fmt.Scanf("%d", &b)5 fmt.Scanf("%d", &c)6 if a == b {7 if b == c {8 fmt.Println("Equilateral")9 } else {10 fmt.Println("Isosceles")11 }12 } else {13 if b == c {14 fmt.Println("Isosceles")15 } else {16 fmt.Println("Scalene")17 }18 }19}20import "fmt"21func main() {22 fmt.Scanf("%d", &a)23 fmt.Scanf("%d", &b)24 fmt.Scanf("%d", &c)25 if a == b && b == c {26 fmt.Println("Equilateral")27 } else if a == b || b == c || c == a {28 fmt.Println("Isosceles")29 } else {30 fmt.Println("Scalene")31 }32}33import "fmt"34func main() {35 fmt.Scanf("%d", &a)36 fmt.Scanf("%d", &b)37 fmt.Scanf("%d", &c)38 if a == b && b == c {39 fmt.Println("Equilateral")40 } else if a == b || b == c || c == a {41 fmt.Println("Isosceles")42 } else {43 fmt.Println("Scalene")44 }45}46import "fmt"47func main() {48 fmt.Scanf("%d", &a)49 fmt.Scanf("%d", &b)50 fmt.Scanf("%d", &c)51 if a == b && b == c {52 fmt.Println("Equilateral")53 } else if a == b || b == c || c == a {54 fmt.Println("Isosceles")55 } else {56 fmt.Println("Scalene")57 }58}59import "fmt"60func main() {61 fmt.Scanf("%d", &a)62 fmt.Scanf("%d", &b)63 fmt.Scanf("%d", &c)`

eq

Using AI Code Generation

`1import "fmt"2func main() {3 a := diff{}4 a.eq()5}6import "fmt"7func main() {8 a := diff{}9 a.eq()10}11import "fmt"12func main() {13 a := diff{}14 a.eq()15}16import "fmt"17func main() {18 a := diff{}19 a.eq()20}21import "fmt"22func main() {23 a := diff{}24 a.eq()25}26import "fmt"27func main() {28 a := diff{}29 a.eq()30}31import "fmt"32func main() {33 a := diff{}34 a.eq()35}36import "fmt"37func main() {38 a := diff{}39 a.eq()40}41import "fmt"42func main() {43 a := diff{}44 a.eq()45}46import "fmt"47func main() {48 a := diff{}49 a.eq()50}51import "fmt"52func main() {53 a := diff{}54 a.eq()55}56import "fmt"57func main() {58 a := diff{}59 a.eq()60}61import "fmt"62func main() {63 a := diff{}64 a.eq()65}66import`

eq

Using AI Code Generation

`1import "fmt"2type diff struct {3}4func (d *diff) eq() bool {5}6type diff2 struct {7}8func (d *diff2) eq() bool {9}10func main() {11d := diff{1, 2}12d2 := diff2{1, 2}13fmt.Println(d.eq())14fmt.Println(d2.eq())15}16import "fmt"17type eq interface {18eq() bool19}20type diff struct {21}22func (d *diff) eq() bool {23}24type diff2 struct {25}26func (d *diff2) eq() bool {27}28func main() {29d := diff{1, 2}30d2 := diff2{1, 2}31fmt.Println(eq.eq())32fmt.Println(eq.eq())33}34import "fmt"35type eq interface {36eq() bool37}38type diff struct {39}40func (d *diff) eq() bool {41}42type diff2 struct {43}44func (d *diff2) eq() bool {45}46func main() {47d := diff{1, 2}48d2 := diff2{1, 2}49fmt.Println(eq.eq())50fmt.Println(eq.eq())51}52import "fmt"53type eq interface {54eq() bool55}56type diff struct {57}58func (d *diff) eq() bool {59}60type diff2 struct {61}62func (d *diff2) eq() bool {63}64func main() {65d := diff{1, 2}66d2 := diff2{1, 2}67fmt.Println(eq.eq())68fmt.Println(eq.eq())69}70import "fmt"71type eq interface {72eq() bool73}74type diff struct {`

eq

Using AI Code Generation

`1import "fmt"2type diff struct{3}4func main(){5 d := diff{2,3}6 d1 := diff{2,3}7 fmt.Println(d.eq(d1))8}9func (d diff) eq(d1 diff) bool{10 if d.a == d1.a && d.b == d1.b{11 }12}13import "fmt"14type diff struct{15}16func main(){17 d := diff{2,3}18 d1 := diff{2,3}19 fmt.Println(d.eq(&d1))20}21func (d diff) eq(d1 *diff) bool{22 if d.a == d1.a && d.b == d1.b{23 }24}25import "fmt"26type diff struct{27}28func main(){29 d := diff{2,3}30 d1 := diff{2,3}31 fmt.Println(d.eq(&d1))32}33func (d *diff) eq(d1 *diff) bool{34 if d.a == d1.a && d.b == d1.b{35 }36}37import "fmt"38type diff struct{39}40func main(){41 d := diff{2,3}42 d1 := diff{2,3}43 fmt.Println(d.eq(d1))44}45func (d *diff) eq(d1 diff) bool{46 if d.a == d1.a && d.b == d1.b{47 }48}`

eq

Using AI Code Generation

`1import (2func main() {3 fmt.Println(pretty.Diff("a", "b"))4}5import (6func main() {7 fmt.Println(pretty.Diff("a", "b"))8}9import (10func main() {11 fmt.Println(pretty.Diff("a", "b"))12}13import (14func main() {15 fmt.Println(pretty.Diff("a", "b"))16}17import (18func main() {19 fmt.Println(pretty.Diff("a", "b"))20}21import (22func main() {23 fmt.Println(pretty.Diff("a", "b"))24}25import (26func main() {27 fmt.Println(pretty.Diff("a", "b"))28}29import (30func main() {31 fmt.Println(pretty.Diff("a", "b"))32}`

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