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How to use Empty method of rod Package

Best Rod code snippet using rod.Empty

3_stacks_and_queues_test.go

Source:3_stacks_and_queues_test.go

...86		assert.Equal(t, 2, *game.sourceRod.Pop())87		assert.Equal(t, 3, *game.sourceRod.Pop())88		assert.Equal(t, 4, *game.sourceRod.Pop())89		assert.Equal(t, 5, *game.sourceRod.Pop())90		assert.True(t, game.spareRod.IsEmpty())91		assert.True(t, game.destinationRod.IsEmpty())92	})93	t.Run("Solves game with 1 disk", func(t *testing.T) {94		game, _ := newHanoiGame(1)95		game.Solve()96		assert.True(t, game.sourceRod.IsEmpty())97		assert.True(t, game.spareRod.IsEmpty())98		assert.Equal(t, 1, *game.destinationRod.Pop())99	})100	t.Run("Solves game with 2 disk", func(t *testing.T) {101		game, _ := newHanoiGame(2)102		game.Solve()103		assert.True(t, game.sourceRod.IsEmpty())104		assert.True(t, game.spareRod.IsEmpty())105		assert.Equal(t, 1, *game.destinationRod.Pop())106		assert.Equal(t, 2, *game.destinationRod.Pop())107	})108	t.Run("Solves game with 3 disk", func(t *testing.T) {109		game, _ := newHanoiGame(3)110		game.Solve()111		assert.True(t, game.sourceRod.IsEmpty())112		assert.True(t, game.spareRod.IsEmpty())113		assert.Equal(t, 1, *game.destinationRod.Pop())114		assert.Equal(t, 2, *game.destinationRod.Pop())115		assert.Equal(t, 3, *game.destinationRod.Pop())116	})117	t.Run("Solves game with 3 disk", func(t *testing.T) {118		game, _ := newHanoiGame(6)119		game.Solve()120		assert.True(t, game.sourceRod.IsEmpty())121		assert.True(t, game.spareRod.IsEmpty())122		assert.Equal(t, 1, *game.destinationRod.Pop())123		assert.Equal(t, 2, *game.destinationRod.Pop())124		assert.Equal(t, 3, *game.destinationRod.Pop())125		assert.Equal(t, 4, *game.destinationRod.Pop())126		assert.Equal(t, 5, *game.destinationRod.Pop())127		assert.Equal(t, 6, *game.destinationRod.Pop())128	})129}130func TestQueueOnTwoStacks(t *testing.T) {131	t.Run("Pick returns nil given empty queue", func(t *testing.T) {132		queue := newQueueOnTwoStacks[int]()133		assert.Nil(t, queue.Pick())134	})135	t.Run("Pick returns first value given queue with value", func(t *testing.T) {...

hanoi_test.go

Source:hanoi_test.go

...37	actual := checkWinState()38	expected := false39	require.Equal(t, actual, expected, "checkWinState() actual[%t] expected[%t]", actual, expected)40}41// TestValidMove_toEmptyRod tests moving a disk to an empty rod42func TestValidMove_toEmptyRod(t *testing.T) {43	// setup44	Restart()45	// test46	actual := moveDisk("0", "1")47	expected := ValidMove48	require.Equal(t, actual, expected, "moveDisk() actual[%d] expected[%d]", actual, expected)49	actual = rods[0][numDisks-1]50	expected = 051	require.Equal(t, actual, expected, "moveDisk() didn't remove disk from original position actual[%d] expected[%d]", actual, expected)52	actual = rods[1][0]53	expected = 154	require.Equal(t, actual, expected, "moveDisk() didn't place disk in correct 'to' position actual[%d] expected[%d]", actual, expected)55}56// TestValidMove_toNonEmptyRod tests moving a disk to a non-empty rod57func TestValidMove_toNonEmptyRod(t *testing.T) {58	// setup59	setupBlank()60	rods[0][0] = 161	rods[0][1] = 262	rods[1][0] = 363	// test64	actual := moveDisk("0", "1")65	expected := ValidMove66	require.Equal(t, actual, expected, "moveDisk() actual[%d] expected[%d]", actual, expected)67	actual = rods[0][1]68	expected = 069	require.Equal(t, actual, expected, "moveDisk() didn't remove disk from original position actual[%d] expected[%d]", actual, expected)70	actual = rods[1][1]71	expected = 272	require.Equal(t, actual, expected, "moveDisk() didn't place disk in correct 'to' position actual[%d] expected[%d]", actual, expected)73}74// TestValidMove_fromAlmostEmptyRod tests moving the last disk from a rod75func TestValidMove_fromAlmostEmptyRod(t *testing.T) {76	// setup77	setupBlank()78	rods[0][0] = 179	rods[1][0] = 280	// test81	actual := moveDisk("0", "1")82	expected := ValidMove83	require.Equal(t, actual, expected, "moveDisk() actual[%d] expected[%d]", actual, expected)84	actual = rods[0][0]85	expected = 086	require.Equal(t, actual, expected, "moveDisk() didn't remove disk from original position actual[%d] expected[%d]", actual, expected)87	actual = rods[1][1]88	expected = 189	require.Equal(t, actual, expected, "moveDisk() didn't place disk in correct 'to' position actual[%d] expected[%d]", actual, expected)90}91// TestInvalidMove_fromEmptyRod tests an invalid move where the 'from' rod is empty92func TestInvalidMove_fromEmptyRod(t *testing.T) {93	// setup94	Restart()95	// test96	actual := moveDisk("1", "2")97	expected := InvalidMove98	require.Equal(t, actual, expected, "moveDisk() actual[%d] expected[%d]", actual, expected)99}100// TestInvalidMove_ontoSmallerDisk ensures you cannot move a larger disk onto a smaller disk101func TestInvalidMove_ontoSmallerDisk(t *testing.T) {102	// setup103	setupBlank()104	rods[0][0] = 2105	rods[1][0] = 1106	// test...

hanoi BFS.go

Source:hanoi BFS.go

2import (3	"fmt"4)5const (6	Empty  int = 07	Lower  int = 18	Midium int = 29	Bigger int = 310)11//Struct node to create the tree12type Node struct {13	Value     Hanoi14	Parent    *Node15	Childrens []*Node16}17type Hanoi struct {18	rodA  []int19	rodB  []int20	rodC  []int21	plays int22}23func BFS(tree *Node, game *Hanoi) *Node {24	queue := []*Node{}25	queue = append(queue, tree)26	return BFSUtil(queue)27}28func BFSUtil(queue []*Node) (res *Node) {29	//fmt.Println("Level ", queue[0].Value.plays)30	//fmt.Println("Prox ", queue[0].Value)31	//fmt.Println("Len ", len(queue))32	//time.Sleep(time.Second * 1)33	if len(queue) == 0 {34		//fmt.Println("End tree")35		return36	}37	//res = append(res, queue[0].Value)38	if isWin(queue[0].Value) {39		fmt.Println("Result Founded")40		res = queue[0]41		return42	}43	//fmt.Println("MOVES")44	for _, move := range validMovimments(queue[0].Value) {45		//fmt.Println(move)46		newNode := Node{move, queue[0], []*Node{}}47		queue[0].Childrens = append(queue[0].Childrens, &newNode)48		queue = append(queue, &newNode)49	}50	return BFSUtil(queue[1:])51}52func initGame(game *Hanoi) (ret Hanoi) {53	//*game = Hanoi{}54	*&game.plays = 055	*&game.rodA = []int{Bigger, Midium, Lower}56	*&game.rodB = []int{Empty, Empty, Empty}57	*&game.rodC = []int{Empty, Empty, Empty}58	return59}60func isWin(game Hanoi) bool {61	return game.rodC[0] == Bigger && game.rodC[1] == Midium && game.rodC[2] == Lower62}63func validMovimments(game Hanoi) (result []Hanoi) {64	result = []Hanoi{}65	lowerRodA, indexLowerA, index0A := lowerOnRod(game.rodA)66	lowerRodB, indexLowerB, index0B := lowerOnRod(game.rodB)67	lowerRodC, indexLowerC, index0C := lowerOnRod(game.rodC)68	if lowerRodA < lowerRodB {69		auxGame := copy(game)70		auxGame.rodA[indexLowerA] = Empty71		auxGame.rodB[index0B] = lowerRodA72		auxGame.plays += 173		result = append(result, auxGame)74	}75	if lowerRodA < lowerRodC {76		auxGame := copy(game)77		auxGame.rodA[indexLowerA] = Empty78		auxGame.rodC[index0C] = lowerRodA79		auxGame.plays += 180		result = append(result, auxGame)81	}82	if lowerRodB < lowerRodA {83		auxGame := copy(game)84		auxGame.rodB[indexLowerB] = Empty85		auxGame.rodA[index0A] = lowerRodB86		auxGame.plays += 187		result = append(result, auxGame)88	}89	if lowerRodB < lowerRodC {90		auxGame := copy(game)91		auxGame.rodB[indexLowerB] = Empty92		auxGame.rodC[index0C] = lowerRodB93		auxGame.plays += 194		result = append(result, auxGame)95	}96	if lowerRodC < lowerRodA {97		auxGame := copy(game)98		auxGame.rodC[indexLowerC] = Empty99		auxGame.rodA[index0A] = lowerRodC100		auxGame.plays += 1101		result = append(result, auxGame)102	}103	if lowerRodC < lowerRodB {104		auxGame := copy(game)105		auxGame.rodC[indexLowerC] = Empty106		auxGame.rodB[index0B] = lowerRodC107		auxGame.plays += 1108		result = append(result, auxGame)109	}110	return111}112func lowerOnRod(rod []int) (lower int, indexR int, index0 int) {113	lower = 4114	indexR = 0115	index0 = 0116	used_ := false117	for index, elem := range rod {118		if elem != 0 && elem < lower {119			lower = elem...

Empty

Using AI Code Generation

1import "fmt"2type rod struct {3}4func (r *rod) Empty() {5}6func main() {7	r := rod{10}8	r.Empty()9	fmt.Println(r.length)10}11import "fmt"12type rod struct {13}14func (r *rod) Empty() {15}16func main() {17	r := rod{10}18	r.Empty()19	fmt.Println(r.length)20}21import "fmt"22type rod struct {23}24func (r *rod) Empty() {25}26func main() {27	r := rod{10}28	r.Empty()29	fmt.Println(r.length)30}31import "fmt"32type rod struct {33}34func (r *rod) Empty() {35}36func main() {37	r := rod{10}38	r.Empty()39	fmt.Println(r.length)40}41import "fmt"42type rod struct {43}44func (r *rod) Empty() {45}46func main() {47	r := rod{10}48	r.Empty()49	fmt.Println(r.length)50}51import "fmt"52type rod struct {53}54func (r *rod) Empty() {55}56func main() {57	r := rod{10}58	r.Empty()59	fmt.Println(r.length)60}61import "fmt"62type rod struct {63}64func (r *rod) Empty() {65}66func main() {67	r := rod{10}68	r.Empty()69	fmt.Println(r.length)70}71import "fmt"72type rod struct {73}74func (r *rod) Empty() {

Empty

Using AI Code Generation

1import (2type rod struct {3}4func (r *rod) Empty() {5}6func main() {7	r := &rod{10}8	fmt.Println(r.length)9	r.Empty()10	fmt.Println(r.length)11}12import (13type rod struct {14}15func (r *rod) Add(n int) {16}17func main() {18	r := &rod{10}19	fmt.Println(r.length)20	r.Add(5)21	fmt.Println(r.length)22}23import (24type rod struct {25}26func (r *rod) Remove(n int) {27}28func main() {29	r := &rod{10}30	fmt.Println(r.length)31	r.Remove(5)32	fmt.Println(r.length)33}34import (35type rod struct {36}37func (r *rod) IsEmpty() bool {38}39func main() {40	r := &rod{10}41	fmt.Println(r.IsEmpty())42	fmt.Println(r.IsEmpty())43}44import (45type rod struct {46}47func (r *rod) IsFull() bool {48}49func main() {50	r := &rod{10}51	fmt.Println(r.IsFull())52	fmt.Println(r.IsFull())53}

Empty

Using AI Code Generation

1import (2func main() {3	robotgo.Empty()4}5import (6func main() {7	robotgo.Set("Hello World!")8}9import (10func main() {11	clipboard := robotgo.Get()12	fmt.Println(clipboard)13}14import (15func main() {16	robotgo.TypeStr("Hello World!")17}18import (19func main() {20	robotgo.TypeStrDelayed("Hello World!", 100)21}22import (23func main() {24	robotgo.KeyTap("a")25}26import (27func main() {28	robotgo.KeyTap("a")29}30import (31func main() {32	robotgo.KeyTap("a")33}34import (

Empty

Using AI Code Generation

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

Empty

Using AI Code Generation

1import (2type rod struct {3}4func (r *rod) Empty() bool {5	if r.top == -1 {6	}7}8func (r *rod) Push(value int) {9}10func (r *rod) Pop() int {11	if r.Empty() {12	}13}14func (r *rod) Peek() int {15	if r.Empty() {16	}17}18func (r *rod) Display() {19	if r.Empty() {20		fmt.Println("Stack is empty")21	}22	for i := r.top; i >= 0; i-- {23		fmt.Println(r.values[i])24	}25}26func main() {27	rand.Seed(time.Now().UnixNano())28	r := rand.Intn(10)29	a.values = make([]int, r)30	fmt.Println("The size of the stack is: ", r)31	fmt.Println("The stack is empty: ", a.Empty())32	a.Push(10)33	a.Push(20)34	a.Push(30)35	a.Push(40)36	fmt.Println("The stack after pushing 4 elements")37	a.Display()38	fmt.Println("The top element of the stack is: ", a.Peek())39	fmt.Println("The stack after popping an element")40	a.Pop()41	a.Display()42}

Empty

Using AI Code Generation

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

Empty

Using AI Code Generation

1import (2func main() {3	robotgo.WriteAll("Hello World!")4	str := robotgo.ReadAll()5	fmt.Println("str:", str)6	robotgo.Clear()7}8import (9func main() {10	x, y := robotgo.GetScreenSize()11	fmt.Println("x:", x, "y:", y)12	x1, y1, x2, y2 := robotgo.GetBounds()13	fmt.Println("x1:", x1, "y1:", y2, "x2:", x2, "y2:", y2)14	robotgo.CaptureScreen("test.png")15}16import (17func main() {18	x, y := robotgo.GetMousePos()19	fmt.Println("pos:", x, y)20	robotgo.MoveMouse(100, 200)21	robotgo.MoveMouseSmooth(100, 200)22	x, y = robotgo.GetMousePos()23	fmt.Println("pos:", x, y)24	robotgo.MoveMouse(100, 200)

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