# How to use RandInt method of got Package

Best Got code snippet using got.RandInt

random_test.go

Source:random_test.go

`1package expression2import (3 "fmt"4 "math"5 "reflect"6 "testing"7)8func TestRandomVariables_instantiate(t *testing.T) {9 tests := []struct {10 rv map[Variable]string11 want Variables12 wantErr bool13 }{14 {15 map[Variable]string{NewVar('a'): "a +1"}, nil, true,16 },17 {18 map[Variable]string{NewVar('a'): "a + b + 1", NewVar('b'): "8"}, nil, true,19 },20 {21 map[Variable]string{NewVar('a'): "b + 1", NewVar('b'): "a+2"}, nil, true,22 },23 {24 map[Variable]string{NewVar('a'): "b + 1"}, nil, true,25 },26 {27 map[Variable]string{NewVar('a'): "b + 1", NewVar('b'): " 2 * 3"}, Variables{NewVar('a'): NewNb(7), NewVar('b'): NewNb(6)}, false,28 },29 {30 map[Variable]string{NewVar('a'): "b + 1", NewVar('b'): " c+1", NewVar('c'): "8"}, Variables{NewVar('a'): NewNb(10), NewVar('b'): NewNb(9), NewVar('c'): NewNb(8)}, false,31 },32 {33 map[Variable]string{NewVar('a'): "0*randInt(1;3)"}, Variables{NewVar('a'): NewNb(0)}, false,34 },35 {36 map[Variable]string{NewVar('a'): "randInt(1;1)", NewVar('b'): "2*a"}, Variables{NewVar('a'): NewNb(1), NewVar('b'): NewNb(2)}, false,37 },38 {39 map[Variable]string{NewVar('a'): "randLetter(A)", NewVar('b'): "randInt(1;1)"},40 Variables{NewVar('a'): newVarExpr('A'), NewVar('b'): NewNb(1)},41 false,42 },43 {44 map[Variable]string{NewVar('a'): "7/3"},45 Variables{NewVar('a'): &Expression{atom: div, left: newNb(7), right: newNb(3)}},46 false,47 },48 {49 map[Variable]string{NewVar('a'): "randInt(b; 3)", NewVar('b'): "2.8"},50 nil,51 true,52 },53 }54 for _, tt := range tests {55 rv := make(RandomParameters)56 for v, e := range tt.rv {57 rv[v] = mustParse(t, e)58 }59 got, err := rv.Instantiate()60 if err != nil {61 err, ok := err.(ErrInvalidRandomParameters)62 if !ok {63 t.Fatal("invalid err type")64 }65 _ = err.Error()66 }67 if (err != nil) != tt.wantErr {68 t.Errorf("RandomVariables.instantiate() error = %v, wantErr %v", err, tt.wantErr)69 return70 }71 if err := rv.Validate(); (err != nil) != tt.wantErr {72 t.Errorf("RandomVariables.Validate() error = %v, wantErr %v", err, tt.wantErr)73 return74 }75 if !reflect.DeepEqual(got, tt.want) {76 t.Errorf("RandomVariables.instantiate() = %v, want %v", got, tt.want)77 }78 }79}80func TestRandLetter(t *testing.T) {81 for range [10]int{} {82 rv := RandomParameters{NewVar('P'): mustParse(t, "randLetter(A;B;C)")}83 vars, err := rv.Instantiate()84 if err != nil {85 t.Fatal(err)86 }87 resolved := vars[NewVar('P')]88 asVar, isVar := resolved.atom.(Variable)89 if !isVar {90 t.Fatal(resolved)91 }92 if n := asVar.Name; !(n == 'A' || n == 'B' || n == 'C') {93 t.Fatal(n)94 }95 }96}97func TestRandomVariables_range(t *testing.T) {98 for range [10]int{} {99 rv := RandomParameters{100 NewVar('a'): mustParse(t, "3*randInt(1; 10)"),101 NewVar('b'): mustParse(t, "-a"),102 }103 values, err := rv.Instantiate()104 if err != nil {105 t.Fatal(err)106 }107 if values[NewVar('a')].MustEvaluate(nil) != -values[NewVar('b')].MustEvaluate(nil) {108 t.Fatal(values)109 }110 if a := values[NewVar('a')].MustEvaluate(nil); a < 3 || a > 30 {111 t.Fatal(a)112 }113 rv = RandomParameters{114 NewVar('a'): mustParse(t, "randInt(1; 10)"),115 NewVar('b'): mustParse(t, "sgn(2*randInt(0;1)-1) * a"),116 }117 values, err = rv.Instantiate()118 if err != nil {119 t.Fatal(err)120 }121 if a := values[NewVar('a')].MustEvaluate(nil); a < 1 || a > 10 {122 t.Fatal(a)123 }124 if a, b := values[NewVar('a')].MustEvaluate(nil), values[NewVar('b')].MustEvaluate(nil); math.Abs(a) != math.Abs(b) {125 t.Fatal(a, b)126 }127 }128}129func Test_sieveOfEratosthenes(t *testing.T) {130 tests := []struct {131 min, max int132 wantPrimes []int133 }{134 {4, 4, nil},135 {0, 10, []int{2, 3, 5, 7}},136 {0, 11, []int{2, 3, 5, 7, 11}},137 {3, 10, []int{3, 5, 7}},138 {4, 11, []int{5, 7, 11}},139 }140 for _, tt := range tests {141 if gotPrimes := sieveOfEratosthenes(tt.min, tt.max); !reflect.DeepEqual(gotPrimes, tt.wantPrimes) {142 t.Errorf("sieveOfEratosthenes() = %v, want %v", gotPrimes, tt.wantPrimes)143 }144 }145}146func TestExpression_IsValidNumber(t *testing.T) {147 tests := []struct {148 expr string149 parameters RandomParameters150 checkPrecision bool151 wantErr bool152 }{153 {154 "2a - sin(a) + exp(1 + a)", RandomParameters{NewVar('a'): mustParse(t, "2")}, false, false,155 },156 {157 "2a + b", RandomParameters{NewVar('a'): mustParse(t, "2")}, false, true,158 },159 {160 "1/0", RandomParameters{}, false, true,161 },162 {163 "1/a", RandomParameters{NewVar('a'): mustParse(t, "randInt(0;4)")}, false, true,164 },165 {166 "1/a", RandomParameters{NewVar('a'): mustParse(t, "randInt(1;4)")}, false, false,167 },168 {169 "1/a", RandomParameters{NewVar('a'): mustParse(t, "randDecDen()")}, true, false,170 },171 {172 "(v_f - v_i) / v_i", RandomParameters{NewVarI('v', "f"): mustParse(t, "randint(1;10)"), NewVarI('v', "i"): mustParse(t, "randDecDen()")}, true, false,173 },174 {175 "round(1/3; 3)", nil, true, false,176 },177 }178 for _, tt := range tests {179 expr := mustParse(t, tt.expr)180 err := expr.IsValidNumber(tt.parameters, tt.checkPrecision, true)181 if (err != nil) != tt.wantErr {182 t.Errorf("Expression.IsValidNumber(%s) got = %v", tt.expr, err)183 }184 }185}186func TestExpression_IsValidProba(t *testing.T) {187 tests := []struct {188 expr string189 parameters RandomParameters190 want bool191 }{192 {193 "1.1", RandomParameters{}, false,194 },195 {196 "1/a", RandomParameters{NewVar('a'): mustParse(t, "randInt(4;5)")}, true,197 },198 {199 "1/a", RandomParameters{NewVar('a'): mustParse(t, "randDecDen()")}, true,200 },201 {202 "0.2 + 1/a", RandomParameters{NewVar('a'): mustParse(t, "randInt(1;4)")}, false,203 },204 {205 "round(1/3; 3)", nil, true,206 },207 }208 for _, tt := range tests {209 expr := mustParse(t, tt.expr)210 got, _ := expr.IsValidProba(tt.parameters)211 if got != tt.want {212 t.Errorf("Expression.IsValidProba(%s) got = %v, want %v", tt.expr, got, tt.want)213 }214 }215}216func mustParseMany(t *testing.T, exprs []string) []*Expression {217 out := make([]*Expression, len(exprs))218 for i, s := range exprs {219 out[i] = mustParse(t, s)220 }221 return out222}223func TestExpression_AreSortedNumbers(t *testing.T) {224 tests := []struct {225 exprs []string226 parameters RandomParameters227 want bool228 }{229 {230 []string{"1", "2", "a"}, RandomParameters{NewVar('a'): mustParse(t, "randInt(2;5)")}, true,231 },232 {233 []string{"1", "2", "a"}, RandomParameters{NewVar('a'): mustParse(t, "randInt(0;5)")}, false,234 },235 {236 []string{"1", "2", "b"}, RandomParameters{NewVar('a'): mustParse(t, "randInt(0;5)")}, false,237 },238 }239 for _, tt := range tests {240 exprs := mustParseMany(t, tt.exprs)241 got, _ := AreSortedNumbers(exprs, tt.parameters)242 if got != tt.want {243 t.Errorf("Expression.IsValidIndex() got = %v, want %v", got, tt.want)244 }245 }246}247func TestExpression_IsValidIndex(t *testing.T) {248 tests := []struct {249 expr string250 parameters RandomParameters251 length int252 want bool253 }{254 {255 "+1 + 1 * isZero(a-1) + 2 * isZero(a-2) + 3*isZero(a-3)", RandomParameters{NewVar('a'): mustParse(t, "2")}, 4, true,256 },257 {258 "+1 + 1 * isZero(a-1) + 2 * isZero(a-2) + 3*isZero(a-3)", RandomParameters{NewVar('a'): mustParse(t, "randInt(0;3)")}, 4, true,259 },260 {261 "+1 + 1 * isZero(a-1) + 2 * isZero(a-2) + 2.5*isZero(a-3)", RandomParameters{NewVar('a'): mustParse(t, "randInt(0;3)")}, 4, false,262 },263 {264 "+1 + 1 * isZero(a-1) + 2 * isZero(a-2) + 4*isZero(a-3)", RandomParameters{NewVar('a'): mustParse(t, "randInt(0;3)")}, 4, false,265 },266 {267 "+1 + 1 * isZero(a^2 - b^2 - c^2) + 2*isZero(b^2 - a^2 - c^2) + 3*isZero(c^2 - a^2 - b^2)", RandomParameters{268 NewVar('a'): mustParse(t, "randInt(3;12)"), // BC269 NewVar('b'): mustParse(t, "randInt(3;12)"), // AC270 NewVar('c'): mustParse(t, "randInt(3;12)"), // AB271 }, 4, true,272 },273 }274 for _, tt := range tests {275 expr := mustParse(t, tt.expr)276 got, _ := expr.IsValidIndex(tt.parameters, tt.length)277 if got != tt.want {278 t.Errorf("Expression.IsValidIndex() got = %v, want %v", got, tt.want)279 }280 }281}282func TestExpression_IsValidInteger(t *testing.T) {283 tests := []struct {284 expr string285 parameters RandomParameters286 want bool287 }{288 {289 "1 * a - 1", RandomParameters{NewVar('a'): mustParse(t, "2")}, true,290 },291 {292 "1 / a - 1", RandomParameters{NewVar('a'): mustParse(t, "2")}, false,293 },294 {295 "2.5", nil, false,296 },297 }298 for _, tt := range tests {299 expr := mustParse(t, tt.expr)300 got, _ := expr.IsValidInteger(tt.parameters)301 if got != tt.want {302 t.Errorf("Expression.IsValidInteger() got = %v, want %v", got, tt.want)303 }304 }305}306func TestExample(t *testing.T) {307 expr, _ := Parse("1 + 1 * isZero(a-1) + 2 * isZero(a-2) + 2.5*isZero(a-3)")308 randExpr, _ := Parse("randInt(0;3)")309 params := RandomParameters{NewVar('a'): randExpr}310 _, freq := expr.IsValidIndex(params, 3)311 fmt.Println(freq) // approx 100 - 25 = 75312}313func TestExpression_AreFxsIntegers(t *testing.T) {314 tests := []struct {315 expr string316 parameters RandomParameters317 grid []int318 want bool319 }{320 {"2x + 1", nil, []int{-2, -1, 0, 4}, true},321 {"ax^2 - 2x + c", RandomParameters{NewVar('a'): mustParse(t, "randInt(2;4)"), NewVar('c'): mustParse(t, "7")}, []int{-2, -1, 0, 4}, true},322 {"2x + 0.5", nil, []int{-2, -1, 0, 4}, false},323 }324 for _, tt := range tests {325 expr := mustParse(t, tt.expr)326 got, freq := FunctionExpr{Function: expr, Variable: NewVar('x')}.AreFxsIntegers(tt.parameters, tt.grid)327 if got != tt.want {328 t.Errorf("Expression.AreFxsIntegers() got = %v (%d), want %v", got, freq, tt.want)329 }330 }331}332func TestFunctionDefinition_IsValid(t *testing.T) {333 tests := []struct {334 expr string335 variable rune336 parameters RandomParameters337 bound float64 // extrema on [-10;10]338 want bool339 }{340 {"2x + 1", 'x', nil, 25, true},341 {"2x + 1", 'x', nil, 10, false},342 {"2x + a", 'x', nil, 10, false},343 {"1/x", 'x', nil, 100, false},344 {"exp(x)", 'x', nil, 100, false},345 {"ax + b", 'x', RandomParameters{346 NewVar('a'): mustParse(t, "randInt(2;4)"),347 NewVar('b'): mustParse(t, "7"),348 }, 100, true},349 {"ax + b", 'x', RandomParameters{350 NewVar('a'): mustParse(t, "randInt(2;100)"),351 NewVar('b'): mustParse(t, "7"),352 }, 100, false},353 }354 for _, tt := range tests {355 expr := mustParse(t, tt.expr)356 fn := FunctionDefinition{357 FunctionExpr: FunctionExpr{358 Function: expr,359 Variable: NewVar(tt.variable),360 },361 From: -10,362 To: 10,363 }364 got, freq := fn.IsValid(tt.parameters, tt.bound)365 if got != tt.want {366 t.Errorf("Expression.AreFxsIntegers() got = %v (%d), want %v", got, freq, tt.want)367 }368 }369}370func TestAreExprsValidDict(t *testing.T) {371 tests := []struct {372 exprs []string373 refs []string374 parameters RandomParameters375 wantErr1 bool376 wantErr2 bool377 }{378 {[]string{"A", "B"}, nil, nil, false, false},379 {[]string{"A", "R"}, nil, RandomParameters{NewVar('R'): mustParse(t, "randLetter(U;V)")}, false, false},380 {[]string{"A", "R"}, nil, RandomParameters{NewVar('R'): mustParse(t, "randLetter(U;A)")}, true, false},381 {[]string{"A_1", "R"}, nil, RandomParameters{NewVar('R'): mustParse(t, "randLetter(U;A_1)")}, true, false},382 {[]string{"A_c2", "R"}, nil, RandomParameters{NewVar('R'): mustParse(t, "randLetter(U;A_c2)")}, true, false},383 {[]string{"A", "B"}, []string{"A", "A"}, nil, false, false},384 {[]string{"A", "B"}, []string{"A", "C"}, nil, false, true},385 {[]string{"A", "R"}, []string{"R"}, RandomParameters{NewVar('R'): mustParse(t, "randLetter(U;V)")}, false, false},386 {[]string{"A", "B", "C"}, []string{"R"}, RandomParameters{NewVar('R'): mustParse(t, "randLetter(A;B;C)")}, false, false},387 }388 for _, tt := range tests {389 exprs := mustParseMany(t, tt.exprs)390 refs := mustParseMany(t, tt.refs)391 if err := AreExprsDistincsNames(exprs, tt.parameters); (err != nil) != tt.wantErr1 {392 t.Errorf("AreExprsDistinctsNames() error = %v, wantErr1 %v", err, tt.wantErr1)393 }394 if err := AreExprsValidRefs(exprs, refs, tt.parameters); (err != nil) != tt.wantErr2 {395 t.Errorf("AreExprsDistinctsNames() error = %v, wantErr2 %v", err, tt.wantErr2)396 }397 }398}...`

core_test.go

Source:core_test.go

`1package api2import (3 "math/rand"4 "strconv"5 "testing"6)7// ----------------------------------------------------------------------------8// intIdToJSONString9// ----------------------------------------------------------------------------10// Ensure a negative ID returns nil11func TestIntIdToJSONString_NegativeIdReturnNil(t *testing.T) {12 // NOTE(ALL): rand.Int() returns positive value - flip to a negative13 randInt := rand.Int() * -114 output := intIdToJSONString(randInt)15 if output != nil {16 t.Fatalf(17 "intIdToJSONString did not return correct value. "+18 "Expected [nil], got [%v] for input [%d]",19 output,20 randInt,21 )22 }23}24// Ensure the ID 0 returns nil25func TestIntIdToJSONString_ZeroIdReturnNil(t *testing.T) {26 output := intIdToJSONString(0)27 if output != nil {28 t.Fatalf(29 "intIdToJSONString did not return correct value. "+30 "Expected [nil], got [%v] for input 0",31 output,32 )33 }34}35// Ensure a positive ID returns non-nil value36func TestIntIdToJSONString_PositiveReturnNotNil(t *testing.T) {37 // NOTE(ALL): rand.Int() returns positive value38 randInt := rand.Int()39 output := intIdToJSONString(randInt)40 if output == nil {41 t.Fatalf(42 "intIdToJSONString did not return correct value. "+43 "Expected non-nil return, got [nil] for input [%d]",44 randInt,45 )46 }47}48// Ensure a positive ID returns a string49func TestIntIdToJSONString_PositiveReturnString(t *testing.T) {50 var ok bool51 // NOTE(ALL): rand.Int() returns positive value52 randInt := rand.Int()53 output := intIdToJSONString(randInt)54 if _, ok = output.(string); !ok {55 t.Fatalf(56 "intIdToJSONString did not return correct value. "+57 "Expected return type to be [string], got [%T] "+58 "for input [%d]",59 output,60 randInt,61 )62 }63}64// Ensure a positive ID returns the string representation of the ID65func TestIntIdToJSONString_PositiveReturnStringValue(t *testing.T) {66 // NOTE(ALL): rand.Int() returns positive value67 randInt := rand.Int()68 output := intIdToJSONString(randInt)69 expectedOutput := strconv.Itoa(randInt)70 if output.(string) != expectedOutput {71 t.Fatalf(72 "intIdToJSONString did not return correct value. "+73 "Expected [%s], got [%v] "+74 "for input [%d]",75 expectedOutput,76 output,77 randInt,78 )79 }80}81// ----------------------------------------------------------------------------82// foremanObjectArrayToIdIntArray83// ----------------------------------------------------------------------------84// Ensures the input and output arrays have the same length85func TestForemanObjectArrayToIdIntArray_SameLength(t *testing.T) {86 // NOTE(ALL): rand.Int() returns positive value87 randInt := rand.Int() % 10088 output := len(foremanObjectArrayToIdIntArray(make([]ForemanObject, randInt)))89 if output != randInt {90 t.Fatalf(91 "foremanObjectArrayToIdIntArray did not return an array with the correct "+92 "length. Expected [%d], got [%d] for value [%d].",93 randInt,94 output,95 randInt,96 )97 }98 output = len(foremanObjectArrayToIdIntArray(make([]ForemanObject, 0)))99 if output != 0 {100 t.Fatalf(101 "foremanObjectArrayToIdIntArray did not return an array with the correct "+102 "length. Expected [0], got [%d] for value [0].",103 output,104 )105 }106}107// Ensures the returned array has the correct ID values in the right index108func TestForemanObjectArrayToIdIntArray_Value(t *testing.T) {109 // NOTE(ALL): rand.Int() returns positive value110 randInt := rand.Int() % 100111 input := make([]ForemanObject, randInt)112 for j := 0; j < randInt; j++ {113 input[j].Id = rand.Int()114 }115 output := foremanObjectArrayToIdIntArray(input)116 for k := 0; k < randInt; k++ {117 if output[k] != input[k].Id {118 t.Fatalf(119 "foremanObjectArrayToIdIntArray did not return correct value. "+120 "Expected [%d], got [%d] for value [%+v] at index [%d]",121 input[k].Id,122 output[k],123 input[k],124 k,125 )126 }127 }128}...`

slice_test.go

Source:slice_test.go

`1package conv2import (3 "math/rand"4 "testing"5)6// ----------------------------------------------------------------------------7// InterfaceSliceToIntSlice8// ----------------------------------------------------------------------------9// Ensures when en empty interface is supplied, or the interface value does10// not nicely assert as an int, that index will contain the value 0 in the11// int slice.12func TestInterfaceSliceToIntSlice_EmptyInterfaceValueZero(t *testing.T) {13 // NOTE(ALL): rand.Int() returns positive value14 randInt := rand.Int() % 10015 output := InterfaceSliceToIntSlice(make([]interface{}, randInt))16 // ensure each index has the value zero17 for j := 0; j < randInt; j++ {18 if output[j] != 0 {19 t.Fatalf(20 "InterfaceSliceToIntSlice did not return the correct output. "+21 "Expected [0], got [%d] for value [interface{}] at index [%d]",22 output[j],23 j,24 )25 }26 }27}28// Ensures the input slice and output slices have the same length29func TestInterfaceSliceToIntSlice_SameLength(t *testing.T) {30 // NOTE(ALL): rand.Int() returns positive value31 randInt := rand.Int() % 10032 output := len(InterfaceSliceToIntSlice(make([]interface{}, randInt)))33 if output != randInt {34 t.Fatalf(35 "InterfaceSliceToIntSlice did not return an slice with the correct "+36 "length. Expected [%d], got [%d] for value [%d].",37 randInt,38 output,39 randInt,40 )41 }42 output = len(InterfaceSliceToIntSlice(make([]interface{}, 0)))43 if output != 0 {44 t.Fatalf(45 "InterfaceSliceToIntSlice did not return an slice with the correct "+46 "length. Expected [0], got [%d] for value [0].",47 output,48 )49 }50}51// ----------------------------------------------------------------------------52// InterfaceSliceToStringSlice53// ----------------------------------------------------------------------------54// Ensures when en empty interface is supplied, or the interface value does55// not nicely assert as an int, that index will contain the value 0 in the56// int slice.57func TestInterfaceSliceToStringSlice_EmptyInterfaceValueZero(t *testing.T) {58 // NOTE(ALL): rand.Int() returns positive value59 randInt := rand.Int() % 10060 output := InterfaceSliceToStringSlice(make([]interface{}, randInt))61 // ensure each index has the value zero62 for j := 0; j < randInt; j++ {63 if output[j] != "" {64 t.Fatalf(65 "InterfaceSliceToStringSlice did not return the correct output. "+66 "Expected [\"\"], got [%s] for value [interface{}] at index [%d]",67 output[j],68 j,69 )70 }71 }72}73// Ensures the input slice and output slices have the same length74func TestInterfaceSliceToStringSlice_SameLength(t *testing.T) {75 // NOTE(ALL): rand.Int() returns positive value76 randInt := rand.Int() % 10077 output := len(InterfaceSliceToStringSlice(make([]interface{}, randInt)))78 if output != randInt {79 t.Fatalf(80 "InterfaceSliceToStringSlice did not return an slice with the correct "+81 "length. Expected [%d], got [%d] for value [%d].",82 randInt,83 output,84 randInt,85 )86 }87 output = len(InterfaceSliceToStringSlice(make([]interface{}, 0)))88 if output != 0 {89 t.Fatalf(90 "InterfaceSliceToStringSlice did not return an slice with the correct "+91 "length. Expected [0], got [%d] for value [0].",92 output,93 )94 }95}...`

RandInt

Using AI Code Generation

`1import (2type got struct {3}4func (g got) RandInt(min int, max int) int {5 return min + rand.Intn(max-min)6}7func main() {8 g := got{}9 rand.Seed(time.Now().Unix())10 fmt.Println(g.RandInt(1, 100))11}12import (13type got struct {14}15func (g got) RandInt() int {16 return 1 + rand.Intn(100-1)17}18func main() {19 g := got{}20 rand.Seed(time.Now().Unix())21 fmt.Println(g.RandInt())22}23import (24type got struct {25}26func (g got) RandInt() int {27 return 1 + rand.Intn(100)28}29func main() {30 g := got{}31 rand.Seed(time.Now().Unix())32 fmt.Println(g.RandInt())33}34import (35type got struct {36}37func (g got) RandInt() int`

RandInt

Using AI Code Generation

`1import "fmt"2import "math/rand"3func main() {4 fmt.Println(rand.Intn(100))5}6import "fmt"7import "math/rand"8func main() {9 fmt.Println(rand.Intn(100))10}11import "fmt"12import "math/rand"13func main() {14 fmt.Println(rand.Intn(100))15}16import "fmt"17import "math/rand"18func main() {19 fmt.Println(rand.Intn(100))20}21import "fmt"22import "math/rand"23func main() {24 fmt.Println(rand.Intn(100))25}26import "fmt"27import "math/rand"28func main() {29 fmt.Println(rand.Intn(100))30}31import "fmt"32import "math/rand"33func main() {34 fmt.Println(rand.Intn(100))35}36import "fmt"37import "math/rand"38func main() {39 fmt.Println(rand.Intn(100))40}41import "fmt"42import "math/rand"43func main() {44 fmt.Println(rand.Intn(100))45}46import "fmt"47import "math/rand"48func main() {49 fmt.Println(rand.Intn(100))50}51import "fmt"52import "math/rand"53func main() {54 fmt.Println(rand.Intn(100))55}56import "fmt"57import "math/rand"`

RandInt

Using AI Code Generation

`1import "fmt"2import "got"3func main() {4 fmt.Println(got.RandInt(10, 20))5}6import "fmt"7import "got"8func main() {9 fmt.Println(got.RandInt(20, 30))10}`

RandInt

Using AI Code Generation

`1import "fmt"2import "got"3func main() {4 fmt.Println(got.RandInt())5}6import "fmt"7import "got"8func main() {9 fmt.Println(got.RandInt())10}11func init() {12 fmt.Println("init() called")13}14init() called15init() called16init() called17init() called18init() called19init() called20import "fmt"21import "got"22func main() {23 fmt.Println(got.RandInt())24}25func init() {26 fmt.Println("init() called")27}28func init() {29 fmt.Println("init() called again")30}31init() called32init() called again33init() called34init() called again35init() called36init() called again37init() called38init() called again`

RandInt

Using AI Code Generation

`1import "fmt"2func main() {3 fmt.Println("Hello, World!")4 fmt.Println(got.RandInt(100))5}6import (7func RandInt(n int) int {8 rand.Seed(time.Now().UnixNano())9 return rand.Intn(n)10}11I am new to Go and have a question about the following code:Why doesn't the code work? I get the following error:cannot use got.RandInt(100) (type int) as type string in argument to fmt.Println12import "fmt"13type got struct {14}15func (g *got) RandInt(n int) int {16}17func main() {18 g := &got{}19 fmt.Println("Hello, World!")20 fmt.Println(g.RandInt(100))21}`

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