# How to use nUint method of td Package

Best Go-testdeep code snippet using td.nUint

td_between.go

Source:td_between.go

`...223 b.expectedMax = reflect.New(tolerance.Type()).Elem()224 b.expectedMax.SetInt(max)225 }226}227func (b *tdBetween) nUint(tolerance reflect.Value) {228 if diff := tolerance.Uint(); diff != 0 {229 base := b.expectedMin.Uint()230 max := base + diff231 if max < base {232 max = math.MaxUint64233 }234 min := base - diff235 if min > base {236 min = 0237 }238 b.expectedMin = reflect.New(tolerance.Type()).Elem()239 b.expectedMin.SetUint(min)240 b.expectedMax = reflect.New(tolerance.Type()).Elem()241 b.expectedMax.SetUint(max)242 }243}244func (b *tdBetween) nFloat(tolerance reflect.Value) {245 if diff := tolerance.Float(); diff != 0 {246 base := b.expectedMin.Float()247 b.expectedMin = reflect.New(tolerance.Type()).Elem()248 b.expectedMin.SetFloat(base - diff)249 b.expectedMax = reflect.New(tolerance.Type()).Elem()250 b.expectedMax.SetFloat(base + diff)251 }252}253// summary(N): compares a number with a tolerance value254// input(N): int,float,cplx(todo)255// N operator compares a numeric data against num Â± tolerance. If256// tolerance is missing, it defaults to 0. num and tolerance257// must be the same type as the compared value, except if BeLax config258// flag is true.259//260// td.Cmp(t, 12.2, td.N(12., 0.3)) // succeeds261// td.Cmp(t, 12.2, td.N(12., 0.1)) // fails262//263// TypeBehind method returns the [reflect.Type] of num.264func N(num any, tolerance ...any) TestDeep {265 n := tdBetween{266 base: newBase(3),267 expectedMin: reflect.ValueOf(num),268 minBound: boundIn,269 maxBound: boundIn,270 }271 const usage = "({,U}INT{,8,16,32,64}|FLOAT{32,64}[, TOLERANCE])"272 switch n.expectedMin.Kind() {273 case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64,274 reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64,275 reflect.Float32, reflect.Float64:276 default:277 n.err = ctxerr.OpBadUsage("N", usage, num, 1, true)278 return &n279 }280 n.expectedMax = n.expectedMin281 if len(tolerance) > 0 {282 if len(tolerance) > 1 {283 n.err = ctxerr.OpTooManyParams("N", usage)284 return &n285 }286 tol := reflect.ValueOf(tolerance[0])287 if tol.Type() != n.expectedMin.Type() {288 n.err = ctxerr.OpBad("N",289 "N(NUM, TOLERANCE): NUM and TOLERANCE must have the same type: %s â  %s",290 n.expectedMin.Type(), tol.Type())291 return &n292 }293 switch tol.Kind() {294 case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64:295 n.nInt(tol)296 case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32,297 reflect.Uint64:298 n.nUint(tol)299 default: // case reflect.Float32, reflect.Float64:300 n.nFloat(tol)301 }302 }303 return &n304}305// summary(Gt): checks that a number, string or time.Time is306// greater than a value307// input(Gt): str,int,float,cplx(todo),struct(time.Time)308// Gt operator checks that data is greater than309// minExpectedValue. minExpectedValue can be any numeric, string,310// [time.Time] (or assignable) value or implements at least one of the311// two following methods:312//...`

nUint

Using AI Code Generation

`1import (2func main() {3 var f float64 = float64(i)4 var u uint = uint(f)5 fmt.Println(i, f, u)6}7import (8func main() {9 var f float64 = float64(i)10 var u uint = uint(f)11 fmt.Println(i, f, u)12}13import (14func main() {15 var f float64 = float64(i)16 var u uint = uint(f)17 fmt.Println(i, f, u)18}19import (20func main() {21 var f float64 = float64(i)22 var u uint = uint(f)23 fmt.Println(i, f, u)24}25import (26func main() {27 var f float64 = float64(i)28 var u uint = uint(f)29 fmt.Println(i, f, u)30}31import (32func main() {33 var f float64 = float64(i)34 var u uint = uint(f)35 fmt.Println(i, f, u)36}37import (38func main() {39 var f float64 = float64(i)40 var u uint = uint(f)41 fmt.Println(i, f, u)42}43import (44func main() {45 var f float64 = float64(i)46 var u uint = uint(f)47 fmt.Println(i, f, u)48}`

nUint

Using AI Code Generation

`1import (2func main() {3 t := td{1, 2}4 fmt.Println(t.nUint())5}6import (7func main() {8 t := td{1, 2}9 fmt.Println(t.nUint())10}11import (12func main() {13 t := td{1, 2}14 fmt.Println(t.nUint())15}16import (17func main() {18 t := td{1, 2}19 fmt.Println(t.nUint())20}21import (22func main() {23 t := td{1, 2}24 fmt.Println(t.nUint())25}26import (27func main() {28 t := td{1, 2}29 fmt.Println(t.nUint())30}31import (32func main() {33 t := td{1, 2}34 fmt.Println(t.nUint())35}36import (37func main() {38 t := td{1, 2}39 fmt.Println(t.nUint())40}41import (42func main() {43 t := td{1, 2}44 fmt.Println(t.nUint())45}46import (47func main() {48 t := td{1, 2}49 fmt.Println(t.nUint())50}`

nUint

Using AI Code Generation

`1import (2func main() {3 fmt.Println(td.nUint)4}5import (6func main() {7 fmt.Println(td.nUint)8}`

nUint

Using AI Code Generation

`1import "fmt"2type td struct {3}4func (t *td) nUint() uint16 {5 return uint16(t.a) * 256 + uint16(t.b)6}7func main() {8 t := td{1, 2}9 fmt.Println(t.nUint())10}11import "fmt"12type td struct {13}14func (t td) nUint() uint16 {15 return uint16(t.a) * 256 + uint16(t.b)16}17func main() {18 t := td{1, 2}19 fmt.Println(t.nUint())20}21import "fmt"22type td struct {23}24func (t td) nUint() uint16 {25 return uint16(t.a) * 256 + uint16(t.b)26}27func main() {28 t := td{1, 2}29 fmt.Println(t.nUint())30 fmt.Println(t.nUint())31}32import "fmt"33type td struct {34}35func (t *td) nUint() uint16 {36 return uint16(t.a) * 256 + uint16(t.b)37}38func main() {39 t := td{1, 2}40 fmt.Println(t.nUint())41 fmt.Println(t.nUint())42}43import "fmt"44type td struct {45}46func (t *td) nUint() uint16 {47 return uint16(t.a) * 256 + uint16(t.b)48}49func main() {50 t := td{1, 2}51 fmt.Println(t.n`

nUint

Using AI Code Generation

`1import (2func main() {3 ret = td.Add(a, b)4 fmt.Printf("The sum of %d and %d is %d5 ret = td.Sub(a, b)6 fmt.Printf("The difference between %d and %d is %d7}8v.Scale(5)9p.Scale(10)10import (11func main() {12 v := td.Vertex{3, 4}13 fmt.Println(v.Abs())14}`

nUint

Using AI Code Generation

`1import (2func main() {3 fmt.Println(a.nUint(b))4}5import (6func main() {7 fmt.Println(a.nUint(b))8}9import (10func main() {11 fmt.Println(a.nUint(b))12}13import (14func main() {15 fmt.Println(a.nUint(b))16}17import (18func main() {19 fmt.Println(a.nUint(b))20}21import (22func main() {23 fmt.Println(a.nUint(b))24}25import (26func main() {27 fmt.Println(a.nUint(b))28}29import (30func main() {31 fmt.Println(a.nUint(b))32}33import (34func main() {35 fmt.Println(a.nUint(b))36}37import (38func main() {`

nUint

Using AI Code Generation

`1import (2type td struct {3}4func main() {5 fmt.Println("t.nInt =", t.nInt)6 t.nUint = uint(t.nInt)7 fmt.Println("t.nUint =", t.nUint)8}9import (10type td struct {11}12func main() {13 fmt.Println("t.nUint =", t.nUint)14 t.nInt = int(t.nUint)15 fmt.Println("t.nInt =", t.nInt)16}17import (18type td struct {19}20func main() {21 t.nUint = uint(t.nInt)22 fmt.Println("t.nInt =", t.nInt)23 fmt.Println("t.nUint =", t.nUint)24}25import (26type td struct {27}28func main() {29 t.nInt = int(t.nUint)30 fmt.Println("t.nUint =", t.nUint)31 fmt.Println("t.nInt =", t.nInt)32}33import (34type td struct {35}36func main() {37 t.nUint = uint(t.nInt)38 fmt.Println("t.nInt =", t.nInt)39 fmt.Println("t.nUint =", t.nUint)40}41import (42type td struct {43}44func main() {`

nUint

Using AI Code Generation

`1import (2func main() {3 a.NUint(1)4 fmt.Println(a)5}6import (7func main() {8 a.NUint(1)9 fmt.Println(a)10}11import (12func main() {13 a.NUint(1)14 fmt.Println(a)15}16import (17func main() {18 a.NUint(1)19 fmt.Println(a)20}21import (22func main() {23 a.NUint(1)24 fmt.Println(a)25}26import (27func main() {28 a.NUint(1)29 fmt.Println(a)30}31import (32func main() {33 a.NUint(1)34 fmt.Println(a)35}36import (37func main() {38 a.NUint(1)39 fmt.Println(a)40}41import (42func main() {43 a.NUint(1)44 fmt.Println(a)45}46import (`

nUint

Using AI Code Generation

`1import (2func main() {3 x := td.NUint(42)4 fmt.Printf("%T: %v5}6import (7func main() {8 x := td.NUint(42)9 fmt.Printf("%T: %v10}11import (12func main() {13 x := td.NUint(42)14 fmt.Printf("%T: %v15}16import (17func main() {18 x := td.NUint(42)19 fmt.Printf("%T: %v20}21import (22func main() {23 x := td.NUint(42)24 fmt.Printf("%T: %v25}26import (27func main() {28 x := td.NUint(42)29 fmt.Printf("%T: %v30}31import (32func main() {33 x := td.NUint(42)34 fmt.Printf("%T: %v35}`

## 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.