How to use enqueue method of main Package

Best Syzkaller code snippet using main.enqueue

circularQueue.go

Source:circularQueue.go

1package main2import "fmt"3// CircularQueue will hold all the details of the4// circular queue ADT.5type CircularQueue struct {6	limit int7	queue []int8	head  int9	tail  int10	size  int11}12// Constructor will initialize the queue.13func Constructor(k int) CircularQueue {14	newQueue := CircularQueue{15		limit: k,16		queue: make([]int, k),17		head:  0,18		tail:  -1,19		size:  0,20	}21	return newQueue22}23func (q *CircularQueue) enQueue(val int) bool {24	if q.size == q.limit {25		return false26	}27	if q.head == -1 {28		q.head = 029	}30	q.tail++31	if q.tail == q.limit {32		q.tail = 033		q.queue[q.tail] = val34	} else {35		q.queue[q.tail] = val36	}37	q.size++38	return true39}40func (q *CircularQueue) deQueue() bool {41	if q.size == 0 {42		return false43	}44	q.queue[q.head] = 045	q.head++46	if q.head == q.limit {47		q.head = 048	}49	q.size--50	return true51}52func (q *CircularQueue) front() int {53	if q.isEmpty() {54		return -155	}56	return q.queue[q.head]57}58func (q *CircularQueue) back() int {59	if q.isEmpty() {60		return -161	}62	return q.queue[q.tail]63}64func (q *CircularQueue) isEmpty() bool {65	if q.size == 0 {66		return true67	}68	return false69}70func (q *CircularQueue) isFull() bool {71	if q.size == q.limit {72		return true73	}74	return false75}76// Stack used to reverse queue.77type Stack struct {78	limit int79	stk   []int80}81// StackConstructor will initialize the stack.82func StackConstructor(k int) *Stack {83	stk := &Stack{84		limit: k,85		stk:   []int{},86	}87	return stk88}89func (s *Stack) size() int {90	return len(s.stk)91}92func (s *Stack) push(val int) {93	s.stk = append(s.stk, val)94}95func (s *Stack) pop() {96	s.stk = s.stk[:s.size()-1]97}98func (s *Stack) top() int {99	if s.size() == 0 {100		return -1101	}102	return s.stk[s.size()-1]103}104// QueueUsing2Stacks is a queue implemented using 2 stacks.105type QueueUsing2Stacks struct {106	mainStack   []int107	helperStack []int108}109func (q *QueueUsing2Stacks) enQueue(el int) {110	q.mainStack = append(q.mainStack, el)111}112func (q *QueueUsing2Stacks) deQueue() {113	i := q.size() - 1114	for i >= 0 {115		q.helperStack = append(q.helperStack, q.mainStack[i])116		i--117	}118	q.mainStack = []int{}119	popIndex := len(q.helperStack) - 1120	q.helperStack = q.helperStack[:popIndex]121	i = len(q.helperStack) - 1122	for i >= 0 {123		q.mainStack = append(q.mainStack, q.helperStack[i])124		i--125	}126	q.helperStack = []int{}127}128func (q *QueueUsing2Stacks) size() int {129	return len(q.mainStack)130}131func main() {132	/*133		queue := Constructor(3)134		fmt.Println(queue.enQueue(1))135		fmt.Println(queue.enQueue(2))136		fmt.Println(queue.enQueue(3))137		fmt.Println(queue.enQueue(4))138		fmt.Println(queue.back())139		fmt.Println(queue.isFull())140	*/141	/*142		Algorithm for reversing queue143			queue := Constructor(7)144			queue.enQueue(1)145			queue.enQueue(2)146			queue.enQueue(3)147			queue.enQueue(4)148			queue.enQueue(5)149			queue.enQueue(6)150			queue.enQueue(7)151			helpStack := StackConstructor(queue.size)152			fmt.Println(queue.front())153			fmt.Println(queue.back())154			i := 0155			queueSize := queue.size156			for i < queueSize {157				helpStack.push(queue.front())158				queue.deQueue()159				i++160			}161			for helpStack.top() != -1 {162				queue.enQueue(helpStack.top())163				helpStack.pop()164			}165			fmt.Println(queue.front())166			fmt.Println(queue.back())167	*/168	queue := &QueueUsing2Stacks{}169	queue.enQueue(1)170	queue.enQueue(2)171	queue.enQueue(3)172	queue.enQueue(4)173	queue.enQueue(5)174	fmt.Println(queue.mainStack)175	queue.deQueue()176	queue.deQueue()177	fmt.Println(queue.mainStack)178}...

queue-circular-protect.go

Source:queue-circular-protect.go

...32		m: make([]int, n),33	}34}35func (q *Queue) Enqueue(a int) {36	fmt.Println("enqueue", a)37	if q.d >= len(q.m) {38		panic("override")39	}40	q.m[q.write] = a41	q.write++42	if q.write >= len(q.m) {43		q.write = 044	}45	q.d++46}47func (q *Queue) Dequeue() int {48	fmt.Println("dequeue")49	if q.d <= 0 {50		panic("empty")...

queue-circular.go

Source:queue-circular.go

1package main2import "fmt"3func main() {4	q := NewQueue(5)5	q.Enqueue(1)6	q.Enqueue(2)7	q.Enqueue(3)8	q.Enqueue(4)9	q.Enqueue(5)10	q.Enqueue(6)11	fmt.Println(q.Front())12	fmt.Println(q.Dequeue())13	fmt.Println(q.Dequeue())14	q.Enqueue(7)15	q.Enqueue(8)16	q.Enqueue(9)17	fmt.Println(q.Dequeue())18	fmt.Println(q.Dequeue())19	fmt.Println(q.Dequeue())20}21type Queue struct {22	m     []int23	write int24	read  int25}26func NewQueue(n int) *Queue {27	return &Queue{28		m: make([]int, n),29	}30}31func (q *Queue) Enqueue(a int) {32	q.m[q.write] = a33	q.write++34	if q.write >= len(q.m) {35		q.write = 036	}37}38func (q *Queue) Dequeue() int {39	r := q.Front()40	q.read++41	if q.read >= len(q.m) {42		q.read = 043	}44	return r45}46func (q *Queue) Front() int {47	return q.m[q.read]48}...

enqueue

Using AI Code Generation

1import "fmt"2func main() {3    queue.Enqueue(10)4    queue.Enqueue(20)5    queue.Enqueue(30)6    queue.Enqueue(40)7    queue.Enqueue(50)8    fmt.Println("Elements of queue ", queue)9    fmt.Println("Removed element ", queue.Dequeue())10    fmt.Println("Elements of queue ", queue)11}12type Node struct {13}14type Queue struct {15}16func (q *Queue) Enqueue(data int) {17    node := &Node{18    }19    if q.front == nil {20    } else {21    }22}23func (q *Queue) Dequeue() int {24    if q.front == nil {25        fmt.Println("Queue is empty")

enqueue

Using AI Code Generation

1import "fmt"2func main() {3    queue := new(Queue)4    queue.Enqueue(10)5    queue.Enqueue(20)6    queue.Enqueue(30)7    queue.Enqueue(40)8    queue.Enqueue(50)9    fmt.Println(queue)10    fmt.Println(queue.Dequeue())11    fmt.Println(queue.Dequeue())12    fmt.Println(queue.Dequeue())13    fmt.Println(queue.Dequeue())14    fmt.Println(queue.Dequeue())15}16&{[10 20 30 40 50] 0 5}17main.(*Queue).Dequeue(0xc0000a4010, 0x0, 0x0)18main.main()19import "fmt"20func main() {21    queue := new(Queue)22    queue.Enqueue(10)23    queue.Enqueue(20)24    queue.Enqueue(30)25    queue.Enqueue(40)26    queue.Enqueue(50)27    fmt.Println(queue)28    fmt.Println(queue.Dequeue())

enqueue

Using AI Code Generation

1import "fmt"2func main() {3    queue := Queue{}4    queue.Enqueue(10)5    queue.Enqueue(20)6    queue.Enqueue(30)7    queue.Enqueue(40)8    fmt.Println(queue)9}10{[10 20 30 40]}11func (queue *Queue) Dequeue() interface{} {12}13import "fmt"14func main() {15    queue := Queue{}16    queue.Enqueue(10)17    queue.Enqueue(20)18    queue.Enqueue(30)19    queue.Enqueue(40)20    fmt.Println(queue.Dequeue())21    fmt.Println(queue)22}23{[20 30 40]}24func (queue *Queue) Front() interface{} {25}26import "fmt"27func main() {28    queue := Queue{}29    queue.Enqueue(10)30    queue.Enqueue(20)31    queue.Enqueue(30)32    queue.Enqueue(40)33    fmt.Println(queue.Front())34    fmt.Println(queue)35}36{[10 20 30 40]}37func (queue *Queue) IsEmpty() bool {38    return len(queue.items) == 039}40import "fmt"41func main() {42    queue := Queue{}43    queue.Enqueue(10)44    queue.Enqueue(20)45    queue.Enqueue(30)46    queue.Enqueue(40)47    fmt.Println(queue.IsEmpty())48}49func (queue *Queue) Size() int {50    return len(queue.items)51}52import "fmt"53func main() {

enqueue

Using AI Code Generation

1import "fmt"2func main() {3 q := Queue{1}4 q.enqueue(2)5 q.enqueue(3)6 fmt.Println(q)7}

enqueue

Using AI Code Generation

1import "fmt"2func main() {3 queue.Enqueue(10)4 queue.Enqueue(20)5 queue.Enqueue(30)6 fmt.Println(queue)7}

enqueue

Using AI Code Generation

1import "fmt"2func main() {3    q := Queue{}4    q.enqueue(1)5    q.enqueue(2)6    q.enqueue(3)7    fmt.Println(q)8}9{[1 2 3]}10func (queue *Queue) dequeue() interface{} {}11import "fmt"12func main() {13    q := Queue{}14    q.enqueue(1)15    q.enqueue(2)16    q.enqueue(3)17    fmt.Println(q.dequeue())18    fmt.Println(q.dequeue())19    fmt.Println(q.dequeue())20}21func (queue *Queue) front() interface{} {}22import "fmt"23func main() {24    q := Queue{}25    q.enqueue(1)26    q.enqueue(2)27    q.enqueue(3)28    fmt.Println(q.front())29}30func (queue *Queue) rear() interface{} {}31import "fmt"32func main() {33    q := Queue{}34    q.enqueue(1)35    q.enqueue(2)36    q.enqueue(3)37    fmt.Println(q.rear())38}

enqueue

Using AI Code Generation

1import "fmt"2func main() {3 q := Queue{1}4 q.enqueue(2)5 q.enqueue(3)6 fmt.Println(q)7}8{1 2 3}

enqueue

Using AI Code Generation

1import "fmt"2func main() {3    q := NewQueue()4    q.Enqueue("one")5    q.Enqueue("two")6    q.Enqueue("three")7    for !q.IsEmpty() {8        fmt.Println(q.Dequeue())9    }10}

enqueue

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello World")4}5import "fmt"6func main() {7    fmt.Println("Hello World")8}9        /usr/lib/go-1.6/src/main (from $GOROOT)10        /home/mohit/go/src/main (from $GOPATH)

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