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)...

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}

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)

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

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 {

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}

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}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.