How to use initBetween method of td Package

Best Go-testdeep code snippet using td.initBetween

td_between.go

Source:td_between.go Github

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...104 b.minBound = boundIn105 b.maxBound = boundIn106 }107 if b.expectedMax.Type() == b.expectedMin.Type() {108 return b.initBetween(usage)109 }110 // Special case for (TIME, DURATION)111 ok, convertible := types.IsTypeOrConvertible(b.expectedMin, types.Time)112 if ok {113 if d, ok := to.(time.Duration); ok {114 if convertible {115 b.expectedMax = reflect.ValueOf(116 b.expectedMin.117 Convert(types.Time).118 Interface().(time.Time).119 Add(d)).120 Convert(b.expectedMin.Type())121 } else {122 b.expectedMax = reflect.ValueOf(from.(time.Time).Add(d))123 }124 return b.initBetween(usage)125 }126 b.err = ctxerr.OpBad("Between",127 "Between(FROM, TO): when FROM type is %[1]s, TO must have the same type or time.Duration: %[2]s ≠ %[1]s|time.Duration",128 b.expectedMin.Type(),129 b.expectedMax.Type(),130 )131 return &b132 }133 b.err = ctxerr.OpBad("Between",134 "Between(FROM, TO): FROM and TO must have the same type: %s ≠ %s",135 b.expectedMin.Type(),136 b.expectedMax.Type(),137 )138 return &b139}140func (b *tdBetween) initBetween(usage string) TestDeep {141 if !b.expectedMax.IsValid() {142 b.expectedMax = b.expectedMin143 }144 // Is any of:145 // (T) Compare(T) int146 // or147 // (T) Less(T) bool148 // available?149 if cmp := types.NewOrder(b.expectedMin.Type()); cmp != nil {150 if order := cmp(b.expectedMin, b.expectedMax); order > 0 {151 b.expectedMin, b.expectedMax = b.expectedMax, b.expectedMin152 }153 return &tdBetweenCmp{154 tdBetween: *b,155 expectedType: b.expectedMin.Type(),156 cmp: cmp,157 }158 }159 switch b.expectedMin.Kind() {160 case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64:161 if b.expectedMin.Int() > b.expectedMax.Int() {162 b.expectedMin, b.expectedMax = b.expectedMax, b.expectedMin163 }164 return b165 case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64:166 if b.expectedMin.Uint() > b.expectedMax.Uint() {167 b.expectedMin, b.expectedMax = b.expectedMax, b.expectedMin168 }169 return b170 case reflect.Float32, reflect.Float64:171 if b.expectedMin.Float() > b.expectedMax.Float() {172 b.expectedMin, b.expectedMax = b.expectedMax, b.expectedMin173 }174 return b175 case reflect.String:176 if b.expectedMin.String() > b.expectedMax.String() {177 b.expectedMin, b.expectedMax = b.expectedMax, b.expectedMin178 }179 return b180 case reflect.Struct:181 ok, convertible := types.IsTypeOrConvertible(b.expectedMin, types.Time)182 if !ok {183 break184 }185 var bt tdBetweenTime186 if convertible {187 bt = tdBetweenTime{188 tdBetween: *b,189 expectedType: b.expectedMin.Type(),190 mustConvert: true,191 }192 bt.expectedMin = b.expectedMin.Convert(types.Time)193 bt.expectedMax = b.expectedMax.Convert(types.Time)194 } else {195 bt = tdBetweenTime{196 tdBetween: *b,197 expectedType: types.Time,198 }199 }200 if bt.expectedMin.Interface().(time.Time).201 After(bt.expectedMax.Interface().(time.Time)) {202 bt.expectedMin, bt.expectedMax = bt.expectedMax, bt.expectedMin203 }204 return &bt205 }206 b.err = ctxerr.OpBadUsage(b.GetLocation().Func,207 usage, b.expectedMin.Interface(), 1, true)208 return b209}210func (b *tdBetween) nInt(tolerance reflect.Value) {211 if diff := tolerance.Int(); diff != 0 {212 expectedBase := b.expectedMin.Int()213 max := expectedBase + diff214 if max < expectedBase {215 max = math.MaxInt64216 }217 min := expectedBase - diff218 if min > expectedBase {219 min = math.MinInt64220 }221 b.expectedMin = reflect.New(tolerance.Type()).Elem()222 b.expectedMin.SetInt(min)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 ± 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 ≠ %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//313// func (a T) Less(b T) bool // returns true if a < b314// func (a T) Compare(b T) int // returns -1 if a < b, 1 if a > b, 0 if a == b315//316// minExpectedValue must be the same type as the compared value,317// except if BeLax config flag is true.318//319// td.Cmp(t, 17, td.Gt(15))320// before := time.Now()321// td.Cmp(t, time.Now(), td.Gt(before))322//323// TypeBehind method returns the [reflect.Type] of minExpectedValue.324func Gt(minExpectedValue any) TestDeep {325 b := &tdBetween{326 base: newBase(3),327 expectedMin: reflect.ValueOf(minExpectedValue),328 minBound: boundOut,329 }330 return b.initBetween("(NUM|STRING|TIME)")331}332// summary(Gte): checks that a number, string or time.Time is333// greater or equal than a value334// input(Gte): str,int,float,cplx(todo),struct(time.Time)335// Gte operator checks that data is greater or equal than336// minExpectedValue. minExpectedValue can be any numeric, string,337// [time.Time] (or assignable) value or implements at least one of the338// two following methods:339//340// func (a T) Less(b T) bool // returns true if a < b341// func (a T) Compare(b T) int // returns -1 if a < b, 1 if a > b, 0 if a == b342//343// minExpectedValue must be the same type as the compared value,344// except if BeLax config flag is true.345//346// td.Cmp(t, 17, td.Gte(17))347// before := time.Now()348// td.Cmp(t, time.Now(), td.Gte(before))349//350// TypeBehind method returns the [reflect.Type] of minExpectedValue.351func Gte(minExpectedValue any) TestDeep {352 b := &tdBetween{353 base: newBase(3),354 expectedMin: reflect.ValueOf(minExpectedValue),355 minBound: boundIn,356 }357 return b.initBetween("(NUM|STRING|TIME)")358}359// summary(Lt): checks that a number, string or time.Time is360// lesser than a value361// input(Lt): str,int,float,cplx(todo),struct(time.Time)362// Lt operator checks that data is lesser than363// maxExpectedValue. maxExpectedValue can be any numeric, string,364// [time.Time] (or assignable) value or implements at least one of the365// two following methods:366//367// func (a T) Less(b T) bool // returns true if a < b368// func (a T) Compare(b T) int // returns -1 if a < b, 1 if a > b, 0 if a == b369//370// maxExpectedValue must be the same type as the compared value,371// except if BeLax config flag is true.372//373// td.Cmp(t, 17, td.Lt(19))374// before := time.Now()375// td.Cmp(t, before, td.Lt(time.Now()))376//377// TypeBehind method returns the [reflect.Type] of maxExpectedValue.378func Lt(maxExpectedValue any) TestDeep {379 b := &tdBetween{380 base: newBase(3),381 expectedMin: reflect.ValueOf(maxExpectedValue),382 maxBound: boundOut,383 }384 return b.initBetween("(NUM|STRING|TIME)")385}386// summary(Lte): checks that a number, string or time.Time is387// lesser or equal than a value388// input(Lte): str,int,float,cplx(todo),struct(time.Time)389// Lte operator checks that data is lesser or equal than390// maxExpectedValue. maxExpectedValue can be any numeric, string,391// [time.Time] (or assignable) value or implements at least one of the392// two following methods:393//394// func (a T) Less(b T) bool // returns true if a < b395// func (a T) Compare(b T) int // returns -1 if a < b, 1 if a > b, 0 if a == b396//397// maxExpectedValue must be the same type as the compared value,398// except if BeLax config flag is true.399//400// td.Cmp(t, 17, td.Lte(17))401// before := time.Now()402// td.Cmp(t, before, td.Lt(time.Now()))403//404// TypeBehind method returns the [reflect.Type] of maxExpectedValue.405func Lte(maxExpectedValue any) TestDeep {406 b := &tdBetween{407 base: newBase(3),408 expectedMin: reflect.ValueOf(maxExpectedValue),409 maxBound: boundIn,410 }411 return b.initBetween("(NUM|STRING|TIME)")412}413func (b *tdBetween) matchInt(got reflect.Value) (ok bool) {414 switch b.minBound {415 case boundIn:416 ok = got.Int() >= b.expectedMin.Int()417 case boundOut:418 ok = got.Int() > b.expectedMin.Int()419 default:420 ok = true421 }422 if ok {423 switch b.maxBound {424 case boundIn:425 ok = got.Int() <= b.expectedMax.Int()...

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initBetween

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1import (2type td struct {3}4func (t td) initBetween(start, end int) td {5}6func main() {7 t1 := t.initBetween(1, 10)8 fmt.Println(reflect.TypeOf(t1))9}10import (11type td struct {12}13func (t *td) initBetween(start, end int) *td {14}15func main() {16 t1 := t.initBetween(1, 10)17 fmt.Println(reflect.TypeOf(t1))18}

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initBetween

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1td.initBetween(2, 3);2td.initBetween(1, 3);3td.initBetween(2, 4);4td.initBetween(2, 5);5td.initBetween(2, 6);6td.initBetween(2, 7);7td.initBetween(2, 8);8td.initBetween(2, 9);9td.initBetween(2, 10);10td.initBetween(2, 11);11td.initBetween(2, 12);12td.initBetween(2, 13);13td.initBetween(2, 14);

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initBetween

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1import java.io.*;2import java.util.*;3import java.text.*;4import java.math.*;5import java.util.regex.*;6import java.util.*;7import java.math.*;8import java.text.*;9import java.io.*;10import java.util.regex.*;11import java.util.*;12import java.text.*;13import java.math.*;14import java.util.regex.*;15import java.util.*;16import java.math.*;17import java.text.*;18import java.io.*;19import java.util.regex.*;20import java.util.*;21import java.math.*;22import java.text.*;23import java.io.*;24import java.util.regex.*;25import java.util.*;26import java.math.*;27import java.text.*;28import java.io.*;29import java.util.regex.*;30public class Solution {31 public static void main(String[] args) {32 Scanner in = new Scanner(System.in);33 int n = in.nextInt();34 int q = in.nextInt();35 int[] arr = new int[n];36 for(int arr_i=0; arr_i < n; arr_i++){37 arr[arr_i] = in.nextInt();38 }39 for(int a0 = 0; a0 < q; a0++){40 int left = in.nextInt();41 int right = in.nextInt();42 int k = in.nextInt();43 int count = 0;44 for(int i = left; i <= right; i++){45 if(arr[i] % k == 0){46 count++;47 }48 }49 System.out.println(count);50 }51 }52}53import java.io.*;54import java.util.*;55import java.text.*;56import java.math.*;

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initBetween

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1public class Test {2 public static void main(String[] args) {3 td td1 = new td();4 td1.initBetween(1, 10, 2);5 td1.print();6 }7}8public class Test {9 public static void main(String[] args) {10 td td1 = new td();11 td1.initBetween(2, 10, 2);12 td1.print();13 }14}15public class Test {16 public static void main(String[] args) {17 td td1 = new td();18 td1.initBetween(1, 10, 3);19 td1.print();20 }21}22public class Test {23 public static void main(String[] args) {24 td td1 = new td();25 td1.initBetween(2, 10, 3);26 td1.print();27 }28}29public class Test {30 public static void main(String[] args) {31 td td1 = new td();32 td1.initBetween(1, 10, 4);33 td1.print();34 }35}36public class Test {37 public static void main(String[] args) {38 td td1 = new td();39 td1.initBetween(2, 10, 4);40 td1.print();41 }42}

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initBetween

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1public class Main{2 public static void main(String[] args){3 TD td = new TD();4 td.initBetween(1, 100);5 System.out.println("TD: " + td);6 }7}8import (9func main() {10 td := td.TD{}11 td.InitBetween(1, 100)12 fmt.Println("TD:", td)13}14import (15func main() {16 td := td.TD{}17 td.InitBetween(1, 100)18 fmt.Println("TD:", td)19}20import (21func main() {22 td := td.TD{}23 td.InitBetween(1, 100)24 fmt.Println("TD:", td)25}26import (27func main() {28 td := td.TD{}29 td.InitBetween(1, 100)30 fmt.Println("TD:", td)31}32import (33func main() {34 td := td.TD{}35 td.InitBetween(1, 100)36 fmt.Println("TD:", td)37}38import (39func main() {40 td := td.TD{}41 td.InitBetween(1, 100)42 fmt.Println("TD:", td)43}44import (

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initBetween

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1int main()2{3 td t;4 t.initBetween(1, 2);5 t.print();6}

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initBetween

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1import java.util.*;2import java.io.*;3{4 static int a[][];5 static int n;6 static int m;7 static int max;8 static int min;9 td(int n,int m)10 {11 this.n=n;12 this.m=m;13 a=new int[n][m];14 max=Integer.MIN_VALUE;15 min=Integer.MAX_VALUE;16 }17 void initBetween(int min,int max)18 {19 this.min=min;20 this.max=max;21 for(int i=0;i<n;i++)22 {23 for(int j=0;j<m;j++)24 {25 a[i][j]=(int

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initBetween

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1func (td *TimeDuration) InitBetween(start, end time.Time) {2 td.initBetween(start, end)3}4func (td *TimeDuration) initBetween(start, end time.Time) {5 if start.After(end) {6 } else {7 }8}9func (td *TimeDuration) Days() int64 {10 return td.days()11}

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initBetween

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1import java.util.Scanner;2class td{3 int x;4 int y;5 int z;6 void initBetween(int a, int b){7 x = a + (int)(Math.random()*b);8 y = a + (int)(Math.random()*b);9 z = a + (int)(Math.random()*b);10 }11 void display(){12 System.out.println(x + " " + y + " " + z);13 }14}15public class 2{16 public static void main(String[] args){17 td t = new td();18 t.initBetween(0, 100);19 t.display();20 }21}22import java.util.Scanner;23class td{24 int x;25 int y;26 int z;27 void init(int a, int b, int c){28 x = a;29 y = b;30 z = c;31 }32 void display(){33 System.out.println(x + " " + y + " " + z);34 }35}36public class 3{37 public static void main(String[] args){38 td t = new td();39 t.init(1, 2, 3);40 t.display();41 }42}43import java.util.Scanner;44class td{45 int x;46 int y;47 int z;48 void init(int a, int b, int c){49 x = a;50 y = b;51 z = c;52 }53 void display(){54 System.out.println(x

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