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How to use SmartCompare method of utils Package

Best Got code snippet using utils.SmartCompare

assertions.go

Source:assertions.go

...32// Eq asserts that x equals y when converted to the same type, such as compare float 1.0 and integer 1 .33// For strict value and type comparison use Assertions.Equal .34func (as Assertions) Eq(x, y interface{}) {35	as.Helper()36	if utils.SmartCompare(x, y) == 0 {37		return38	}39	as.err(AssertionEq, x, y)40}41// Neq asserts that x not equals y even when converted to the same type.42func (as Assertions) Neq(x, y interface{}) {43	as.Helper()44	if utils.SmartCompare(x, y) != 0 {45		return46	}47	if reflect.TypeOf(x).Kind() == reflect.TypeOf(y).Kind() {48		as.err(AssertionNeqSame, x, y)49		return50	}51	as.err(AssertionNeq, x, y)52}53// Equal asserts that x equals y.54// For loose type comparison use Assertions.Eq, such as compare float 1.0 and integer 1 .55func (as Assertions) Equal(x, y interface{}) {56	as.Helper()57	if utils.Compare(x, y) == 0 {58		return59	}60	as.err(AssertionEq, x, y)61}62// Gt asserts that x is greater than y.63func (as Assertions) Gt(x, y interface{}) {64	as.Helper()65	if utils.SmartCompare(x, y) > 0 {66		return67	}68	as.err(AssertionGt, x, y)69}70// Gte asserts that x is greater than or equal to y.71func (as Assertions) Gte(x, y interface{}) {72	as.Helper()73	if utils.SmartCompare(x, y) >= 0 {74		return75	}76	as.err(AssertionGte, x, y)77}78// Lt asserts that x is less than y.79func (as Assertions) Lt(x, y interface{}) {80	as.Helper()81	if utils.SmartCompare(x, y) < 0 {82		return83	}84	as.err(AssertionLt, x, y)85}86// Lte asserts that x is less than or equal to b.87func (as Assertions) Lte(x, y interface{}) {88	as.Helper()89	if utils.SmartCompare(x, y) <= 0 {90		return91	}92	as.err(AssertionLte, x, y)93}94// InDelta asserts that x and y are within the delta of each other.95func (as Assertions) InDelta(x, y interface{}, delta float64) {96	as.Helper()97	if math.Abs(utils.SmartCompare(x, y)) <= delta {98		return99	}100	as.err(AssertionInDelta, x, y, delta)101}102// True asserts that x is true.103func (as Assertions) True(x bool) {104	as.Helper()105	if x {106		return107	}108	as.err(AssertionTrue)109}110// False asserts that x is false.111func (as Assertions) False(x bool) {112	as.Helper()113	if !x {114		return115	}116	as.err(AssertionFalse)117}118// Nil asserts that the last item in args is nilable and nil119func (as Assertions) Nil(args ...interface{}) {120	as.Helper()121	if len(args) == 0 {122		as.err(AssertionNoArgs)123		return124	}125	last := args[len(args)-1]126	if _, yes := isNil(last); yes {127		return128	}129	as.err(AssertionNil, last, args)130}131// NotNil asserts that the last item in args is nilable and not nil132func (as Assertions) NotNil(args ...interface{}) {133	as.Helper()134	if len(args) == 0 {135		as.err(AssertionNoArgs)136		return137	}138	last := args[len(args)-1]139	if last == nil {140		as.err(AssertionNotNil, last, args)141		return142	}143	nilable, yes := isNil(last)144	if !nilable {145		as.err(AssertionNotNilable, last, args)146		return147	}148	if yes {149		as.err(AssertionNotNilableNil, last, args)150	}151}152// Zero asserts x is zero value for its type.153func (as Assertions) Zero(x interface{}) {154	as.Helper()155	if reflect.DeepEqual(x, reflect.Zero(reflect.TypeOf(x)).Interface()) {156		return157	}158	as.err(AssertionZero, x)159}160// NotZero asserts that x is not zero value for its type.161func (as Assertions) NotZero(x interface{}) {162	as.Helper()163	if reflect.DeepEqual(x, reflect.Zero(reflect.TypeOf(x)).Interface()) {164		as.err(AssertionNotZero, x)165	}166}167// Regex asserts that str matches the regex pattern168func (as Assertions) Regex(pattern, str string) {169	as.Helper()170	if regexp.MustCompile(pattern).MatchString(str) {171		return172	}173	as.err(AssertionRegex, pattern, str)174}175// Has asserts that container has item.176// The container can be a string, []byte, slice, array, or map177func (as Assertions) Has(container, item interface{}) {178	as.Helper()179	if c, ok := container.(string); ok && hasStr(c, item) {180		return181	} else if c, ok := container.([]byte); ok && hasStr(string(c), item) {182		return183	}184	cv := reflect.Indirect(reflect.ValueOf(container))185	switch cv.Kind() {186	case reflect.Slice, reflect.Array:187		for i := 0; i < cv.Len(); i++ {188			if utils.SmartCompare(cv.Index(i).Interface(), item) == 0 {189				return190			}191		}192	case reflect.Map:193		keys := cv.MapKeys()194		for _, k := range keys {195			if utils.SmartCompare(cv.MapIndex(k).Interface(), item) == 0 {196				return197			}198		}199	}200	as.err(AssertionHas, container, item)201}202// Len asserts that the length of list equals l203func (as Assertions) Len(list interface{}, l int) {204	as.Helper()205	actual := reflect.ValueOf(list).Len()206	if actual == l {207		return208	}209	as.err(AssertionLen, actual, l, list)...

utils.go

Source:utils.go

...5	"time"6	"github.com/ysmood/got/lib/gop"7)8var float64Type = reflect.TypeOf(0.0)9// SmartCompare returns the float value of x minus y10func SmartCompare(x, y interface{}) float64 {11	if reflect.DeepEqual(x, y) {12		return 013	}14	if x != nil && y != nil {15		xVal := reflect.Indirect(reflect.ValueOf(x))16		yVal := reflect.Indirect(reflect.ValueOf(y))17		if xVal.Type().ConvertibleTo(float64Type) && yVal.Type().ConvertibleTo(float64Type) {18			return xVal.Convert(float64Type).Float() - yVal.Convert(float64Type).Float()19		}20		if xt, ok := xVal.Interface().(time.Time); ok {21			if yt, ok := yVal.Interface().(time.Time); ok {22				return float64(xt.Sub(yt))23			}24		}...

utils_test.go

Source:utils_test.go

...5	"testing"6	"time"7	"github.com/ysmood/got/lib/utils"8)9func TestSmartCompare(t *testing.T) {10	now := time.Now()11	circular := map[int]interface{}{}12	circular[0] = circular13	fn := func() {}14	fn2 := func() {}15	ch := make(chan int, 1)16	ch2 := make(chan int, 1)17	testCases := []struct {18		x interface{}19		y interface{}20		s interface{}21	}{22		{1, 1, 0.0},23		{1, 3.0, -2.0},24		{"b", "a", 1.0},25		{1, nil, -1.0},26		{fn, fn, 0.0},27		{fn, fn2, -1.0},28		{ch, ch, 0.0},29		{ch, ch2, -1.0},30		{now.Add(time.Second), now, float64(time.Second)},31		{circular, circular, 0.0},32		{circular, 0, 1.0},33		{map[int]interface{}{1: 1.0}, map[int]interface{}{1: 1}, 1.0},34	}35	for i, c := range testCases {36		t.Run(fmt.Sprintf("%d", i), func(t *testing.T) {37			s := utils.SmartCompare(c.x, c.y)38			if s != c.s {39				t.Fail()40				t.Log("expect s to be", c.s, "but got", s)41			}42		})43	}44}45func TestCompare(t *testing.T) {46	if utils.Compare(1, 1.0) == 0 {47		t.Fail()48	}49}50func TestOthers(t *testing.T) {51	fn := reflect.MakeFunc(utils.MethodType(t, "Name"), func(args []reflect.Value) (results []reflect.Value) {...

SmartCompare

Using AI Code Generation

1import (2func main() {3	fmt.Println(utils.SmartCompare(1, 2))4}5import "fmt"6func SmartCompare(a interface{}, b interface{}) string {7	if a == b {8		return fmt.Sprintf("%v = %v", a, b)9	}10	return fmt.Sprintf("%v != %v", a, b)11}

SmartCompare

Using AI Code Generation

1import (2func main() {3	fmt.Println(utils.SmartCompare("abc", "abc"))4	fmt.Println(utils.SmartCompare("abc", "abd"))5	fmt.Println(utils.SmartCompare("abc", "ab"))6	fmt.Println(utils.SmartCompare("abc", "abcd"))7	fmt.Println(utils.SmartCompare("abc", "abca"))8	fmt.Println(utils.SmartCompare("abc", "abca"))9	fmt.Println(utils.SmartCompare("abc", "abca"))10	fmt.Println(utils.SmartCompare("abc", "abca"))11}12import (13func SmartCompare(str1, str2 string) bool {14	return strings.Compare(str1, str2) == 015}16import "testing"17func TestSmartCompare(t *testing.T) {18	if !SmartCompare("abc", "abc") {19		t.Error("Expected true, got false")20	}21	if SmartCompare("abc", "abd") {22		t.Error("Expected false, got true")23	}24	if SmartCompare("abc", "ab") {25		t.Error("Expected false, got true")26	}27	if SmartCompare("abc", "abcd") {28		t.Error("Expected false, got true")29	}30	if SmartCompare("abc", "abca") {31		t.Error("Expected false, got true")32	}33	if SmartCompare("abc", "abca") {34		t.Error("Expected false, got true")35	}36	if SmartCompare("abc", "abca") {37		t.Error("Expected false, got true")38	}39	if SmartCompare("abc", "abca") {40		t.Error("Expected false, got true")41	}42}43import "testing"44func BenchmarkSmartCompare(b *testing.B) {45	for i := 0; i < b.N; i++ {46		SmartCompare("abc", "abc")47	}48}49import (50func ExampleSmartCompare() {51	fmt.Println(SmartCompare("abc", "abc"))52	fmt.Println(SmartCompare("abc", "abd"))

SmartCompare

Using AI Code Generation

1import "utils"2import "fmt"3func main() {4    result := utils.SmartCompare(2, 2)5    fmt.Printf("Result is: %d", result)6}

SmartCompare

Using AI Code Generation

1import (2func main() {3	result := utils.SmartCompare("Ramya", "Ramya")4	fmt.Println(result)5}6import (7func main() {8	result := utils.SmartCompare("Ramya", "Ramya")9	fmt.Println(result)10}

SmartCompare

Using AI Code Generation

1import (2func main() {3   fmt.Println(utils.SmartCompare(1, 2))4   fmt.Println(utils.SmartCompare("1", "2"))5   fmt.Println(utils.SmartCompare(1, 1))6   fmt.Println(utils.SmartCompare("1", "1"))7}8import (9func SmartCompare(a interface{}, b interface{}) int {10   switch reflect.TypeOf(a).Kind() {11      x = a.(int)12      x, _ = strconv.Atoi(a.(string))13   }14   switch reflect.TypeOf(b).Kind() {15      y = b.(int)16      y, _ = strconv.Atoi(b.(string))17   }18   if x == y {19   } else if x < y {20   } else {21   }22}

SmartCompare

Using AI Code Generation

1import (2func main() {3	fmt.Println(utils.SmartCompare("Alaa", "Alaa"))4	fmt.Println(utils.SmartCompare("Alaa", "Alaa1"))5	fmt.Println(utils.SmartCompare("Alaa1", "Alaa"))6	fmt.Println(utils.SmartCompare("Alaa", "Alaa"))7	fmt.Println(utils.SmartCompare("Alaa1", "Alaa1"))8	fmt.Println(utils.SmartCompare("Alaa1", "Alaa2"))9	fmt.Println(utils.SmartCompare("Alaa2", "Alaa1"))10	fmt.Println(utils.SmartCompare("Alaa1", "Alaa1"))11}12import (13func main() {14	fmt.Println(utils.SmartCompare("Alaa", "Alaa"))15	fmt.Println(utils.SmartCompare("Alaa", "Alaa1"))16	fmt.Println(utils.SmartCompare("Alaa1", "Alaa"))17	fmt.Println(utils.SmartCompare("Alaa", "Alaa"))18	fmt.Println(utils.SmartCompare("Alaa1", "Alaa1"))19	fmt.Println(utils.SmartCompare("Alaa1", "Alaa2"))20	fmt.Println(utils.SmartCompare("Alaa2", "Alaa1"))21	fmt.Println(utils.SmartCompare("Alaa1", "Alaa1"))22}23import (24func main() {25	fmt.Println(utils.SmartCompare("Alaa", "Alaa"))26	fmt.Println(utils.SmartCompare("Alaa

SmartCompare

Using AI Code Generation

1func main() {2    fmt.Println(utils.SmartCompare("Hello World", "Hello World"))3    fmt.Println(utils.SmartCompare("Hello World", "Hello World1"))4}5func SmartCompare(a, b string) bool {6}

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