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How to use poll method of parallel_support Package

Best Ginkgo code snippet using parallel_support.poll

interrupt_handler.go

Source:interrupt_handler.go

...81	var abortChannel chan bool82	if handler.client != nil {83		abortChannel = make(chan bool)84		go func() {85			pollTicker := time.NewTicker(ABORT_POLLING_INTERVAL)86			for {87				select {88				case <-pollTicker.C:89					if handler.client.ShouldAbort() {90						abortChannel <- true91						pollTicker.Stop()92						return93					}94				case <-handler.stop:95					pollTicker.Stop()96					return97				}98			}99		}()100	}101	// listen for any interrupt signals102	// note that some (timeouts, cross-process aborts) will only trigger once103	// for these we set up a ticker to keep interrupting the suite until it ends104	// this ensures any `AfterEach` or `AfterSuite`s that get stuck cleaning up105	// get interrupted eventually106	go func() {107		var interruptCause InterruptCause108		var repeatChannel <-chan time.Time109		var repeatTicker *time.Ticker...

poll

Using AI Code Generation

1import (2type parallel_support struct {3}4func (p parallel_support) poll() {5}6func (p parallel_support) wait() {7}8func (p parallel_support) wait_group() {9}10func (p parallel_support) channel() {11}12func main() {13	fmt.Println("Hello, playground")14}15import (16func main() {17	fmt.Println("Hello, playground")18}19import (20func main() {21	fmt.Println("Hello, playground")22}23import (24func main() {25	fmt.Println("Hello, playground")26}27import (28func main() {29	fmt.Println("Hello, playground")30}31import (32type parallel_support struct {33}34func (p parallel_support) poll() {35}36func (p parallel_support) wait() {37}38func (p parallel_support) wait_group() {39}40func (p parallel_support) channel() {41}42func main() {43	fmt.Println("Hello, playground")44}45import (

poll

Using AI Code Generation

1int main(int argc, char *argv[]) {2    int num_threads = 1;3    if (argc > 1) {4        num_threads = atoi(argv[1]);5    }6    parallel_support parallel(num_threads);7    parallel.poll();8    return 0;9}10int main(int argc, char *argv[]) {11    int num_threads = 1;12    if (argc > 1) {13        num_threads = atoi(argv[1]);14    }15    parallel_support parallel(num_threads);16    parallel.parallel_for(0, 100);17    return 0;18}19int main(int argc, char *argv[]) {20    int num_threads = 1;21    if (argc > 1) {22        num_threads = atoi(argv[1]);23    }24    parallel_support parallel(num_threads);25    parallel.parallel_reduce(0, 100);26    return 0;27}28int main(int argc, char *argv[]) {29    int num_threads = 1;30    if (argc > 1) {31        num_threads = atoi(argv[1]);32    }33    parallel_support parallel(num_threads);34    parallel.parallel_scan(0, 100);35    return 0;36}37int main(int argc, char *argv[]) {38    int num_threads = 1;39    if (argc > 1) {40        num_threads = atoi(argv[1]);41    }42    parallel_support parallel(num_threads);43    parallel.parallel_invoke(0, 100);44    return 0;45}46int main(int argc, char *argv[]) {47    int num_threads = 1;48    if (argc > 1) {

poll

Using AI Code Generation

1parallel_support p;2p.poll(1);3p.poll(2);4p.poll(3);5p.poll(4);6p.poll(5);7p.poll(6);8p.poll(7);9p.poll(8);10p.poll(9);11p.poll(10);12p.poll(11);13p.poll(12);14p.poll(13);15p.poll(14);16p.poll(15);17p.poll(16);18p.poll(17);19p.poll(18);20p.poll(19);21p.poll(20);22p.poll(21);23p.poll(22);24p.poll(23);25p.poll(24);26p.poll(25);27p.poll(26);28p.poll(27);29p.poll(28);30p.poll(29);31p.poll(30);32p.poll(31);33p.poll(32);34p.poll(33);35p.poll(34);36p.poll(35);37p.poll(36);38p.poll(37);39p.poll(38);40p.poll(39);41p.poll(40);42p.poll(41);43p.poll(42);44p.poll(43);45p.poll(44);46p.poll(45);47p.poll(46);48p.poll(47);49p.poll(48);50p.poll(49);51p.poll(50);52p.poll(51);53p.poll(52);54p.poll(53);55p.poll(54);56p.poll(55);57p.poll(56);58p.poll(57);59p.poll(58);60p.poll(59);61p.poll(60);62p.poll(61);63p.poll(62);64p.poll(63);65p.poll(64);66p.poll(65);67p.poll(66);68p.poll(67);69p.poll(68);70p.poll(69);71p.poll(70);72p.poll(71);73p.poll(72);74p.poll(73);75p.poll(74);76p.poll(75);77p.poll(76);78p.poll(77);79p.poll(78);80p.poll(79);81p.poll(80);82p.poll(81);83p.poll(82);84p.poll(83);85p.poll(84);86p.poll(85);87p.poll(86);88p.poll(87);89p.poll(88);90p.poll(89);91p.poll(90);92p.poll(91);93p.poll(92);94p.poll(93);95p.poll(94);96p.poll(95);97p.poll(96);98p.poll(97);99p.poll(98);

poll

Using AI Code Generation

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

poll

Using AI Code Generation

1import (2func main() {3	ps.Poll()4}5import (6type Parallel_support struct {7}8func (ps *Parallel_support) Poll() {9	var req *gorequest.SuperAgent = gorequest.New()10	var js map[string]interface{}11	var js2 map[string]interface{}12	var js3 map[string]interface{}13	var js4 map[string]interface{}14	var js5 map[string]interface{}15	var js6 map[string]interface{}16	var js7 map[string]interface{}17	var js8 map[string]interface{}18	var js9 map[string]interface{}19	var js10 map[string]interface{}20	var js11 map[string]interface{}21	var js12 map[string]interface{}22	var js13 map[string]interface{}23	var js14 map[string]interface{}24	var js15 map[string]interface{}25	var js16 map[string]interface{}26	var js17 map[string]interface{}27	var js18 map[string]interface{}28	var js19 map[string]interface{}29	var js20 map[string]interface{}30	var js21 map[string]interface{}31	var js22 map[string]interface{}32	var js23 map[string]interface{}33	var js24 map[string]interface{}34	var js25 map[string]interface{}35	var js26 map[string]interface{}36	var js27 map[string]interface{}37	var js28 map[string]interface{}38	var js29 map[string]interface{}39	var js30 map[string]interface{}40	var js31 map[string]interface{}41	var js32 map[string]interface{}42	var js33 map[string]interface{}43	var js34 map[string]interface{}44	var js35 map[string]interface{}45	var js36 map[string]interface{}46	var js37 map[string]interface{}47	var js38 map[string]interface{}48	var js39 map[string]interface{}49	var js40 map[string]interface{}50	var js41 map[string]interface{}51	var js42 map[string]interface{}52	var js43 map[string]interface{}53	var js44 map[string]interface{}54	var js45 map[string]interface{}55	var js46 map[string]interface{}

poll

Using AI Code Generation

1import (2func main() {3    fmt.Println("Enter two numbers to be added")4    fmt.Scanln(&a)5    fmt.Scanln(&b)6    c = parallel_support.Add(a, b)7    fmt.Println("The sum of the numbers is", c)8}9import (10func main() {11    fmt.Println("Enter two numbers to be subtracted")12    fmt.Scanln(&a)13    fmt.Scanln(&b)14    c = parallel_support.Sub(a, b)15    fmt.Println("The difference of the numbers is", c)16}17import (18func main() {19    fmt.Println("Enter two numbers to be multiplied")20    fmt.Scanln(&a)21    fmt.Scanln(&b)22    c = parallel_support.Mul(a, b)23    fmt.Println("The product of the numbers is", c)24}25import (26func main() {27    fmt.Println("Enter two numbers to be divided")28    fmt.Scanln(&a)29    fmt.Scanln(&b)30    c = parallel_support.Div(a, b)31    fmt.Println("The quotient of the numbers is", c)32}33import (34func main() {35    fmt.Println("Enter two numbers to be modulated")36    fmt.Scanln(&a)37    fmt.Scanln(&b)38    c = parallel_support.Mod(a, b)39    fmt.Println("The modulus of the numbers is", c)40}

poll

Using AI Code Generation

1import (2func main() {3    poll := parallel_support.NewPoll()4    poll.AddTask(func() {5        fmt.Println("Task 1")6    })7    poll.AddTask(func() {8        fmt.Println("Task 2")9    })10    poll.AddTask(func() {11        fmt.Println("Task 3")12    })13    poll.Run()14    poll.Wait()15    fmt.Println("Total time:", poll.TotalTime())16}17import (18type Poll struct {19    tasks   []func()20}21func (p *Poll) AddTask(task func()) {22    p.tasks = append(p.tasks, task)23}24func (p *Poll) Run() {25    p.done = make(chan bool)26    for _, task := range p.tasks {27        go func(task func()) {28            task()29        }(task)30    }31}32func (p *Poll) Wait() {33    for i := 0; i < len(p.tasks); i++ {34    }35}36func (p *Poll) TotalTime() time.Duration {37    return time.Since(p.startTime)38}39func NewPoll() *Poll {40    return &Poll{41        tasks:   make([]func(), 0),42    }43}44import (45func TestPoll(t *testing.T) {46    poll := NewPoll()47    poll.AddTask(func() {48        fmt.Println("Task 1")49    })50    poll.AddTask(func() {

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