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How to use Type method of rod Package

Best Rod code snippet using rod.Type

Tower_of_Hanoi.go

Source:Tower_of_Hanoi.go

1package main2import "fmt"3type solver interface {4	play(int)5}6type towers struct{}7func (t *towers) play(n int) {8	t.shiftN(n, 1, 2, 3)9}10func (t *towers) shiftN(n, from, to, via int) {11	if n > 0 {12		t.shiftN(n-1, from, via, to)13		t.shiftM(from, to)14		t.shiftN(n-1, via, to, from)15	}16}17func (t *towers) shiftM(from, to int) {18	fmt.Println("Shifting disk from rod", from, "to rod", to)19}20func main() {21	var t solver22	t = new(towers)23	t.play(4)24}25/*26Tower of Hanoi is a mathematical puzzle where we have three rods and n disks. The objective of the puzzle is to move the entire stack to another rod, obeying the following simple rules:271) Only one disk can be moved at a time.282) Each move consists of taking the upper disk from one of the stacks and placing it on top of another stack i.e. a disk can only be moved if it is the uppermost disk on a stack.293) No disk may be placed on top of a smaller disk.30In this code, we use the recursive definition of Tower of Hanoi.31Time Complexity: O(2^N)32Space Complexity: O(N)33INPUT: 434OUTPUT:35Shifting disk from rod 1 to rod 336Shifting disk from rod 1 to rod 237Shifting disk from rod 3 to rod 238Shifting disk from rod 1 to rod 339Shifting disk from rod 2 to rod 140Shifting disk from rod 2 to rod 341Shifting disk from rod 1 to rod 342Shifting disk from rod 1 to rod 243Shifting disk from rod 3 to rod 244Shifting disk from rod 3 to rod 145Shifting disk from rod 2 to rod 146Shifting disk from rod 3 to rod 247Shifting disk from rod 1 to rod 348Shifting disk from rod 1 to rod 249Shifting disk from rod 3 to rod 250*/...

Towerhanoi.go

Source:Towerhanoi.go

1// Tower of Hanoi in Golang2package main3  4import "fmt"5 6type solver interface {7    play(int)8}9   10// towers is example of type satisfying solver interface11type towers struct {12    // an empty struct13}14  15// play is sole method required to implement solver type16func (t *towers) play(n int) {    17    t.moveN(n, 1, 2, 3)18}19  20// recursive algorithm21func (t *towers) moveN(n, from, to, via int) {22    if n > 0 {23        t.moveN(n-1, from, via, to)24        t.moveM(from, to)25        t.moveN(n-1, via, to, from)26    }27}28 29func (t *towers) moveM(from, to int) {30    fmt.Println("Move disk from rod", from, "to rod", to)31}32 33func main() {34    var t solver    35    t = new(towers) // type towers must satisfy solver interface36    t.play(4)37}383940Output:41C:\golang\time>go run hanoi.go42Move disk from rod 1 to rod 343Move disk from rod 1 to rod 244Move disk from rod 3 to rod 245Move disk from rod 1 to rod 346Move disk from rod 2 to rod 147Move disk from rod 2 to rod 348Move disk from rod 1 to rod 349Move disk from rod 1 to rod 250Move disk from rod 3 to rod 251Move disk from rod 3 to rod 152Move disk from rod 2 to rod 153Move disk from rod 3 to rod 254Move disk from rod 1 to rod 355Move disk from rod 1 to rod 2
...

TowerofHanoi.go

Source:TowerofHanoi.go

1// Tower of Hanoi in Golang2package main3  4import "fmt"5 6type solver interface {7    play(int)8}9   10// towers is example of type satisfying solver interface11type towers struct {12    // an empty struct13}14  15// play is sole method required to implement solver type16func (t *towers) play(n int) {    17    t.moveN(n, 3, 4, 5)18}19  20// recursive algorithm21func (t *towers) moveN(n, from, to, via int) {22    if n > 0 {23        t.moveN(n-1, from, via, to)24        t.moveM(from, to)25        t.moveN(n-1, via, to, from)26    }27}28 29func (t *towers) moveM(from, to int) {30    fmt.Println("Move disk from rod", from, "to rod", to)31}32 33func main() {34    var t solver    35    t = new(towers) // type towers must satisfy solver interface36    t.play(4)37    } 38Move disk from rod 3 to rod 539Move disk from rod 3 to rod 440Move disk from rod 5 to rod 441Move disk from rod 3 to rod 542Move disk from rod 4 to rod 343Move disk from rod 4 to rod 544Move disk from rod 3 to rod 545Move disk from rod 3 to rod 446Move disk from rod 5 to rod 447Move disk from rod 5 to rod 348Move disk from rod 4 to rod 349Move disk from rod 5 to rod 450Move disk from rod 3 to rod 551Move disk from rod 3 to rod 452Move disk from rod 5 to rod 453
...

Type

Using AI Code Generation

1import (2type Rod struct {3}4func (r *Rod) Type() string {5}6func (r *Rod) Length() float64 {7}8func main() {9    r := &Rod{length: 3.0}10    fmt.Printf("A %s is %f meters long\n", r.Type(), r.Length())11}12import (13type Rod struct {14}15func (r *Rod) Type() string {16}17func (r *Rod) Length() float64 {18}19func main() {20    r := &Rod{length: 3.0}21    fmt.Printf("A %s is %f meters long\n", r.Type(), r.Length())22}23import (24type Rod struct {25}26func (r *Rod) Type() string {27}28func (r *Rod) Length() float64 {29}30func main() {31    r := &Rod{length: 3.0}32    fmt.Printf("A %s is %f meters long\n", r.Type(), r.Length())33}34import (35type Rod struct {36}37func (r *Rod) Type() string {38}39func (r *Rod) Length() float64 {40}41func main() {42    r := &Rod{length: 3.0}43    fmt.Printf("A %s is %f meters long\n", r.Type(), r.Length())44}45import (46type Rod struct {

Type

Using AI Code Generation

1import "fmt"2type rod struct {3}4func (r rod) Type() string {5}6func main() {7r := rod{length: 2}8fmt.Println(r.Type())9}10import "fmt"11type rod struct {12}13func (r *rod) Type() string {14}15func main() {16r := rod{length: 2}17fmt.Println(r.Type())18}19import "fmt"20type rod struct {21}22func (r rod) Type() string {23}24func main() {25r := rod{length: 2}26fmt.Println((&r).Type())27}28import "fmt"29type rod struct {30}31func (r *rod) Type() string {32}33func main() {34r := rod{length: 2}35fmt.Println((&r).Type())36}37import "fmt"38type rod struct {39}40func (r rod) Type() string {41}42func main() {43r := rod{length: 2}44fmt.Println((r).Type())45}46import "fmt"47type rod struct {48}49func (r *rod) Type() string {50}51func main() {52r := rod{length: 2}53fmt.Println((r).Type())54}55import "fmt"56type rod struct {57}58func (r rod) Type() string {59}60func main() {61r := rod{length: 2}62fmt.Println((*r).Type())63}

Type

Using AI Code Generation

1func main() {2	r.Type()3}4func main() {5	r.Type()6}7func main() {8	r.Type()9}10func main() {11	r.Type()12}13func main() {14	r.Type()15}16func main() {17	r.Type()18}19func main() {20	r.Type()21}22func main() {23	r.Type()24}25func main() {26	r.Type()27}28func main() {29	r.Type()30}31func main() {32	r.Type()33}34func main() {35	r.Type()36}37func main() {38	r.Type()39}40func main() {41	r.Type()42}43func main() {44	r.Type()45}46func main() {47	r.Type()48}49func main() {50	r.Type()51}52func main() {

Type

Using AI Code Generation

1import "fmt"2type rod struct {3}4func (r rod) Type() string {5if r.length > 10 {6} else {7}8}9func main() {10r1 := rod{length: 12}11r2 := rod{length: 8}12fmt.Println(r1.Type())13fmt.Println(r2.Type())14}15func (r receiver) function_name() {16}17import "fmt"18type rod struct {19}20func (r rod) Type() string {21if r.length > 10 {22} else {23}24}25type longrod struct {26}27func (lr longrod) Type() string {28}29func main() {30r1 := rod{length: 12}31r2 := rod{length: 8}32lr := longrod{}33fmt.Println(r1.Type())34fmt.Println(r2.Type())35fmt.Println(lr.Type())36}37func (r receiver) function_name() {38}39import "fmt"40type rod struct {41}42func (r rod) Type() string {

Type

Using AI Code Generation

1import (2func main() {3	rod1 := rod.NewRod(3, 4, 5)4	fmt.Println(rod1.Type())5}6import (7func main() {8	rod1 := rod.NewRod(3, 4, 5)9	fmt.Println(rod1.Type())10}11import (12func main() {13	rod1 := rod.NewRod(3, 4, 5)14	fmt.Println(rod1.Type())15}16import (17func main() {18	rod1 := rod.NewRod(3, 4, 5)19	fmt.Println(rod1.Type())20}21import (22func main() {23	rod1 := rod.NewRod(3, 4, 5)24	fmt.Println(rod1.Type())25}26import (27func main() {28	rod1 := rod.NewRod(3, 4, 5)29	fmt.Println(rod1.Type())30}31import (32func main() {33	rod1 := rod.NewRod(3, 4, 5)34	fmt.Println(rod1.Type())35}36import (37func main() {38	rod1 := rod.NewRod(3, 4, 5)39	fmt.Println(rod1.Type())40}41import (42func main()

Type

Using AI Code Generation

1import (2type rod struct {3}4func (r *rod) Type() {5	fmt.Println("Rod")6}7func main() {8	r := rod{length: 10}9	r.Type()10}11import (12type rod struct {13}14func (r *rod) Type() {15	fmt.Println("Rod")16}17type rodWithHook struct {18}19func main() {20	r := rodWithHook{rod{length: 10}}21	r.Type()22}23import (24type rod struct {25}26func (r *rod) Type() {27	fmt.Println("Rod")28}29type rodWithHook struct {30}31func (r *rodWithHook) Type() {32	fmt.Println("Rod with Hook")33}34func main() {35	r := rodWithHook{rod{length: 10}}36	r.Type()37}38import (39type rod struct {40}41func (r *rod) Type() {42	fmt.Println("Rod")43}44type rodWithHook struct {45}46func (r *rodWithHook) Type() {47	fmt.Println("Rod with Hook")48}49func main() {50	r := rodWithHook{rod{length: 10}}51	r.rod.Type()52}53import (54type rod struct {55}56func (r *rod) Type() {57	fmt.Println("Rod")58}59type rodWithHook struct {60}61func (r *rodWithHook) Type() {62	fmt.Println("Rod with Hook")63}64func main() {65	r := rodWithHook{rod{

Type

Using AI Code Generation

1import (2func main() {3	fmt.Println("Length:", r1.length)4	fmt.Println("Diameter:", r1.diameter)5	fmt.Println("Material:", r1.material)6	fmt.Println("Type:", r1.Type())7}8import (9type rod struct {10}11func (r rod) Type() string {12}13type bar struct {14}15func main() {16	fmt.Println("Length:", b1.length)17	fmt.Println("Diameter:", b1.diameter)18	fmt.Println("Material:", b1.material)19	fmt.Println("Type:", b1.Type())20}

Type

Using AI Code Generation

1import (2func main() {3	rod := rod{length: 2, diameter: 1}4	fmt.Println(rod.Type())5}6type rod struct {7}8func (r rod) Type() string {9}10import (11func main() {12	tube := tube{length: 2, diameter: 1}13	fmt.Println(tube.Type())14}15type tube struct {16}17func (r tube) Type() string {18}19import (20func main() {21	rod := rod{length: 2, diameter: 1}22	fmt.Println(rod.Type())23}24type rod struct {25}26func (r rod) Type() string {27}28import (29func main() {30	tube := tube{length: 2, diameter: 1}31	fmt.Println(tube.Type())32}33type tube struct {34}35func (r tube) Type() string {36}37import (38func main() {39	rod := rod{length: 2, diameter: 1}40	fmt.Println(rod.Type())41}42type rod struct {43}44func (r rod) Type() string {45}46import (

Type

Using AI Code Generation

1import (2func main() {3	r := rod{length: 10, diameter: 2}4	fmt.Println("Area of rod is", r.area())5}6type rod struct {7}8func (r rod) area() float64 {9}10import "fmt"11type rod struct {12}13func (r *rod) area() float64 {14}15func main() {16	r := rod{length: 10, diameter: 2}17	fmt.Println("Area of rod is", r.area())18}19import "fmt"20type rod struct {21}22func (r rod) area() float64 {

Type

Using AI Code Generation

1import (2func main() {3	rod := myclass.NewRod(10, 10)4	fmt.Printf("rod length = %d, weight = %d5	fmt.Printf("rod type = %s6", rod.Type())7}8import (9func main() {10	rod := myclass.NewRod(10, 10)11	fmt.Printf("rod length = %d, weight = %d12	fmt.Printf("rod type = %s13", rod.Type())14}15import (16func main() {17	rod := myclass.NewRod(10, 10)18	fmt.Printf("rod length = %d, weight = %d19	fmt.Printf("rod type = %s20", rod.Type())21}22import (23func main() {24	rod := myclass.NewRod(10, 10)25	fmt.Printf("rod length = %d, weight = %d26	fmt.Printf("rod type = %s27", rod.Type())28}29import (30func main() {31	rod := myclass.NewRod(10, 10)32	fmt.Printf("rod length = %d, weight = %d33	fmt.Printf("rod type = %s34", rod.Type())35}36import (37func main() {38	rod := myclass.NewRod(10, 10)39	fmt.Printf("rod length = %d, weight = %d40	fmt.Printf("rod type = %s41", rod.Type())42}

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