How to use Less method of td_test Package

Best Go-testdeep code snippet using td_test.Less

td_between_test.go

Source:td_between_test.go

...565	}566	return 0567}568type lessType int569func (i lessType) Less(j lessType) bool {570	return i < j571}572func TestBetweenCmp(t *testing.T) {573	t.Run("compareType", func(t *testing.T) {574		checkOK(t, compareType(5), td.Between(compareType(4), compareType(6)))575		checkOK(t, compareType(5), td.Between(compareType(6), compareType(4)))576		checkOK(t, compareType(5), td.Between(compareType(5), compareType(6)))577		checkOK(t, compareType(5), td.Between(compareType(4), compareType(5)))578		checkOK(t, compareType(5),579			td.Between(compareType(4), compareType(6), td.BoundsOutOut))580		checkError(t, compareType(5),581			td.Between(compareType(5), compareType(6), td.BoundsOutIn),582			expectedError{583				Message:  mustBe("values differ"),...

Less

Using AI Code Generation

1import (2type td_test struct {3}4func (td td_test) String() string {5    return fmt.Sprintf("%s:%d", td.name, td.age)6}7func (td td_test) Less(other td_test) bool {8}9func main() {10    td := []td_test{11        {"sam", 10},12        {"john", 20},13        {"mike", 5},14    }15    sort.Sort(td)16    fmt.Println(td)17}18import (19type td_test struct {20}21func (td td_test) String() string {22    return fmt.Sprintf("%s:%d", td.name, td.age)23}24type td_test2 struct {25}26func (td td_test2) Less(other td_test) bool {27}28func main() {29    td := []td_test2{30        {"sam", 10},31        {"john", 20},32        {"mike", 5},33    }34    sort.Sort(td)35    fmt.Println(td)36}

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Using AI Code Generation

1import (2type td_test struct {3}4func (t td_test_list) Len() int {5    return len(t)6}7func (t td_test_list) Swap(i, j int) {8}9func (t td_test_list) Less(i, j int) bool {10}11func main() {12    td_test_list := td_test_list{13        {"A", 12},14        {"B", 5},15        {"C", 18},16    }17    sort.Sort(td_test_list)18    fmt.Println(td_test_list)19}20[{B 5} {A 12} {C 18}]

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Using AI Code Generation

1import (2func main() {3	a := []int{1, 3, 2}4	sort.Ints(a)5	fmt.Println(a)6}7import (8type td_test struct {9}10func (t td_test) Len() int {11	return len(t.values)12}13func (t td_test) Less(i, j int) bool {14}15func (t td_test) Swap(i, j int) {16}17func main() {18	a := td_test{[]int{1, 3, 2}}19	sort.Sort(a)20	fmt.Println(a.values)21}22The sort package also provides a reverse sort function. The reverse sort function sorts the elements in reverse order. The reverse sort function takes a sort.Interface and returns a sort.Interface. The sort.Reverse() function is defined as below:23func Reverse(data sort.Interface) sort.Interface24Here is an example to show how to use sort.Reverse() function:25import (26type td_test struct {27}28func (t td_test) Len() int {29	return len(t.values)30}31func (t td_test) Less(i, j int

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Using AI Code Generation

1func main() {2    td = td_test{1, 2, 3, 4, 5}3    fmt.Println(td.Less(0, 1))4    fmt.Println(td.Less(0, 2))5    fmt.Println(td.Less(1, 2))6    fmt.Println(td.Less(2, 3))7    fmt.Println(td.Less(3, 4))8    fmt.Println(td.Less(4, 3))9}10Golang: How to use sort.Sort() function11Golang: How to use sort.Strings() function12Golang: How to use sort.Ints() function13Golang: How to use sort.Float64s() function14Golang: How to use sort.IsSorted() function15Golang: How to use sort.Stable() function16Golang: How to use sort.Reverse() function17Golang: How to use sort.Search() function18Golang: How to use sort.SearchStrings() function19Golang: How to use sort.SearchInts() function20Golang: How to use sort.SearchFloat64s() function21Golang: How to use sort.Search() function

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Using AI Code Generation

1import (2type td_test struct {3}4func (t td_test) String() string {5return fmt.Sprintf("%s:%d", t.Name, t.Age)6}7func (t td_test) Less(u td_test) bool {8}9func main() {10t1 := td_test{"A", 10}11t2 := td_test{"B", 20}12t3 := td_test{"C", 30}13t4 := td_test{"D", 40}14t5 := td_test{"E", 50}15t6 := td_test{"F", 60}16t7 := td_test{"G", 70}17t8 := td_test{"H", 80}18t9 := td_test{"I", 90}19t10 := td_test{"J", 100}20t11 := td_test{"K", 110}21t12 := td_test{"L", 120}22t13 := td_test{"M", 130}23t14 := td_test{"N", 140}24t15 := td_test{"O", 150}25t16 := td_test{"P", 160}26t17 := td_test{"Q", 170}27t18 := td_test{"R", 180}28t19 := td_test{"S", 190}29t20 := td_test{"T", 200}30t21 := td_test{"U", 210}31t22 := td_test{"V", 220}32t23 := td_test{"W", 230}33t24 := td_test{"X", 240}34t25 := td_test{"Y", 250}35t26 := td_test{"Z", 260}36t27 := td_test{"AA", 270}37t28 := td_test{"BB", 280}38t29 := td_test{"CC", 290}39t30 := td_test{"DD", 300}40t31 := td_test{"EE", 310}41t32 := td_test{"FF", 320}42t33 := td_test{"GG", 330}43t34 := td_test{"HH", 340}44t35 := td_test{"II", 350}45t36 := td_test{"JJ", 360}46t37 := td_test{"KK", 370}47t38 := td_test{"LL",

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Using AI Code Generation

1func main() {2    td := []td_test{3        {"a", "b"},4        {"c", "d"},5        {"e", "f"},6    }7    sort.Sort(td)8    for _, v := range td {9        fmt.Println(v)10    }11}12{a b}13{c d}14{e f}

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Using AI Code Generation

1import (2type td_test struct {3}4func (a byAge) Len() int           { return len(a) }5func (a byAge) Swap(i, j int)      { a[i], a[j] = a[j], a[i] }6func (a byAge) Less(i, j int) bool { return a[i].age < a[j].age }7func main() {8	td := []td_test{9		{"Alice", 20},10		{"Bob", 30},11		{"Carol", 25},12	}13	sort.Sort(byAge(td))14	fmt.Println(td)15}16[{Alice 20} {Carol 25} {Bob 30}]

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Using AI Code Generation

1import (2func main() {3	s := []td_test{td_test{2, "b"}, td_test{1, "a"}, td_test{3, "c"}}4	sort.Sort(td_testSlice(s))5	fmt.Println(s)6}7[{1 a} {2 b} {3 c}]

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