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How to use AddRepro method of state Package

Best Syzkaller code snippet using state.AddRepro

state_test.go

Source:state_test.go

...49		t.Fatalf("Connect failed: %v", err)50	}51	checkPendingRepro(t, st, "foo", "")52	checkPendingRepro(t, st, "bar", "")53	if err := st.AddRepro("foo", []byte("open()")); err != nil {54		t.Fatalf("AddRepro failed: %v", err)55	}56	checkPendingRepro(t, st, "foo", "")57	checkPendingRepro(t, st, "bar", "open()")58	checkPendingRepro(t, st, "bar", "")59	// This repro is already present.60	if err := st.AddRepro("bar", []byte("open()")); err != nil {61		t.Fatalf("AddRepro failed: %v", err)62	}63	if err := st.AddRepro("bar", []byte("read()")); err != nil {64		t.Fatalf("AddRepro failed: %v", err)65	}66	if err := st.AddRepro("bar", []byte("open()\nread()")); err != nil {67		t.Fatalf("AddRepro failed: %v", err)68	}69	// This does not satisfy foo's call set.70	if err := st.AddRepro("bar", []byte("close()")); err != nil {71		t.Fatalf("AddRepro failed: %v", err)72	}73	checkPendingRepro(t, st, "bar", "")74	// Check how persistence works.75	st, err = Make(dir)76	if err != nil {77		t.Fatalf("failed to make state: %v", err)78	}79	if err := st.Connect("foo", false, []string{"open", "read", "write"}, nil); err != nil {80		t.Fatalf("Connect failed: %v", err)81	}82	if err := st.Connect("bar", false, []string{"open", "read", "close"}, nil); err != nil {83		t.Fatalf("Connect failed: %v", err)84	}85	checkPendingRepro(t, st, "bar", "")...

AddRepro

Using AI Code Generation

1import "state"2s := state.New()3s.AddRepro("a", "b")4s.AddRepro("a", "c")5s.AddRepro("b", "d")6s.AddRepro("c", "d")7s.AddRepro("d", "e")8s.AddRepro("e", "f")9s.AddRepro("e", "g")10s.AddRepro("f", "h")11s.AddRepro("g", "h")12fmt.Println(s.Solve("a", "h"))13fmt.Println(s.Solve("a", "b"))14fmt.Println(s.Solve("a", "c"))15fmt.Println(s.Solve("a", "d"))16fmt.Println(s.Solve("a", "e"))17fmt.Println(s.Solve("a", "f"))18fmt.Println(s.Solve("a", "g"))19fmt.Println(s.Solve("a", "h"))20import (21type State struct {

AddRepro

Using AI Code Generation

1state.AddRepro(Repro{ReproName: "Repro1", ReproType: "Type1"})2state.AddRepro(Repro{ReproName: "Repro2", ReproType: "Type2"})3state.AddRepro(Repro{ReproName: "Repro3", ReproType: "Type3"})4state.AddRepro(Repro{ReproName: "Repro4", ReproType: "Type4"})5state.AddRepro(Repro{ReproName: "Repro5", ReproType: "Type5"})6state.AddRepro(Repro{ReproName: "Repro6", ReproType: "Type6"})7state.AddRepro(Repro{ReproName: "Repro7", ReproType: "Type7"})8state.AddRepro(Repro{ReproName: "Repro8", ReproType: "Type8"})9state.AddRepro(Repro{ReproName: "Repro9", ReproType: "Type9"})10state.AddRepro(Repro{ReproName: "Repro10", ReproType: "Type10"})11state.AddRepro(Repro{ReproName: "Repro11", ReproType: "Type11"})12state.AddRepro(Repro{ReproName: "Repro12", ReproType: "Type12"})13state.AddRepro(Repro{ReproName: "Repro13", ReproType: "Type13"})14state.AddRepro(Repro{ReproName: "Repro14", ReproType: "Type14"})15state.AddRepro(Repro{ReproName: "Repro15", ReproType: "Type15"})16state.AddRepro(Repro{ReproName: "Repro16", ReproType: "Type16"})17state.AddRepro(Repro{ReproName: "Repro17", ReproType: "Type17"})18state.AddRepro(Repro{ReproName: "Repro18", ReproType: "Type18"})19state.AddRepro(Repro{ReproName: "Repro19", ReproType: "Type19"})20state.AddRepro(Repro{ReproName: "Repro20", ReproType: "Type

AddRepro

Using AI Code Generation

1import (2func main() {3	rand.Seed(time.Now().UnixNano())4	s.AddRepro()5	fmt.Println(s)6}7import (8func main() {9	rand.Seed(time.Now().UnixNano())10	s.AddRepro()11	fmt.Println(s)12}13import (14func main() {15	rand.Seed(time.Now().UnixNano())16	s.AddRepro()17	fmt.Println(s)18}19import (20func main() {21	rand.Seed(time.Now().UnixNano())22	s.AddRepro()23	fmt.Println(s)24}25import (26func main() {27	rand.Seed(time.Now().UnixNano())28	s.AddRepro()29	fmt.Println(s)30}31import (32func main() {33	rand.Seed(time.Now().UnixNano())34	s.AddRepro()35	fmt.Println(s)36}37import (38func main() {39	rand.Seed(time.Now().UnixNano())40	s.AddRepro()41	fmt.Println(s)42}43import (44func main() {45	rand.Seed(time.Now().UnixNano())46	s.AddRepro()47	fmt.Println(s)48}

AddRepro

Using AI Code Generation

1import (2func TestAddRepro(t *testing.T) {3	conn := redigomock.NewConn()4	conn.Command("SADD", "Repros", "1").Expect(int64(1))5	conn.Command("SADD", "Repros", "2").Expect(int64(1))6	conn.Command("SADD", "Repros", "3").Expect(int64(1))7	conn.Command("SADD", "Repros", "4").Expect(int64(1))8	conn.Command("SADD", "Repros", "5").Expect(int64(1))9	conn.Command("SADD", "Repros", "6").Expect(int64(1))10	conn.Command("SADD", "Repros", "7").Expect(int64(1))11	conn.Command("SADD", "Repros", "8").Expect(int64(1))12	conn.Command("SADD", "Repros", "9").Expect(int64(1))13	conn.Command("SADD", "Repros", "10").Expect(int64(1))14	conn.Command("SADD", "Repros", "11").Expect(int64(1))15	conn.Command("SADD", "Repros", "12").Expect(int64(1))16	conn.Command("SADD", "Repros", "13").Expect(int64(1))17	conn.Command("SADD", "Repros", "14").Expect(int64(1))18	conn.Command("SADD", "Repros", "15").Expect(int64(1))19	conn.Command("SADD", "Repros", "16").Expect(int64(1))20	conn.Command("SADD", "Repros", "17").Expect(int64(1))21	conn.Command("SADD", "Repros", "18").Expect(int64(1))22	conn.Command("SADD", "Repros", "19").Expect(int64(1))23	conn.Command("SADD", "Repros", "20").Expect(int64(1))24	conn.Command("SADD", "Repros", "21").Expect(int64(1))25	conn.Command("SADD", "Repros", "22").Expect(int64

AddRepro

Using AI Code Generation

1import (2type Repro struct {3}4type State struct {5}6func (s *State) AddRepro(r Repro) {7}8func (s *State) RemoveRepro(r Repro) {9	delete(s.ReproMap, r.ReproID)10}11func (s *State) GetRepro(r Repro) Repro {12}13func (s *State) GetRepros() ReproSlice {14	for _, v := range s.ReproMap {15		slice = append(slice, v)16	}17	sort.Sort(slice)18}19func (s *State) GetReprosByStatus(status string) ReproSlice {20	for _, v := range s.ReproMap {21		if v.ReproStatus == status {22			slice = append(slice, v)23		}24	}25	sort.Sort(slice)26}27func (s *State) GetReprosByStatusAndName(status string, name string) ReproSlice {28	for _, v := range s.ReproMap {29		if v.ReproStatus == status && strings.Contains(v.ReproName, name) {30			slice = append(slice, v)31		}32	}33	sort.Sort(slice)34}35func (s *State) UpdateRepro(r Repro) {36}37func (s *State) GetReprosCount() int {38	return len(s.ReproMap)39}40func (slice ReproSlice) Len() int {41	return len(slice)42}43func (slice ReproSlice) Less(i, j int) bool {44}45func (slice ReproSlice) Swap(i, j int) {46}47func main() {48	repro1 := Repro{Re

AddRepro

Using AI Code Generation

1import (2func main() {3	revel.Init("", "", "")4	revel.AddRepro("repro", "repro")5	fmt.Println("Hi")6}7import (8func main() {9	revel.Init("", "", "")10	revel.AddRepro("repro", "repro")11	fmt.Println("Hi")12}13import (14func main() {15	revel.Init("", "", "")16	revel.AddRepro("repro", "repro")17	fmt.Println("Hi")18}19import (20func main() {21	revel.Init("", "", "")22	revel.AddRepro("repro", "repro")23	fmt.Println("Hi")24}25import (26func main() {27	revel.Init("", "", "")28	revel.AddRepro("repro", "repro")29	fmt.Println("Hi")30}31import (32func main() {33	revel.Init("", "", "")34	revel.AddRepro("repro", "repro")35	fmt.Println("Hi")36}37import (38func main() {39	revel.Init("", "", "")40	revel.AddRepro("repro", "repro")41	fmt.Println("Hi")42}43import (44func main() {45	revel.Init("", "", "")46	revel.AddRepro("repro

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