How to use addInputs method of state Package

Best Syzkaller code snippet using state.addInputs

state.go

Source:state.go

...155	if err != nil {156		log.Logf(0, "failed to open corpus database: %v", err)157		return err158	}159	st.addInputs(mgr, corpus)160	st.purgeCorpus()161	return nil162}163func (st *State) Sync(name string, add [][]byte, del []string) ([][]byte, int, error) {164	mgr := st.Managers[name]165	if mgr == nil || mgr.Connected.IsZero() {166		return nil, 0, fmt.Errorf("unconnected manager %v", name)167	}168	if len(del) != 0 {169		for _, sig := range del {170			mgr.Corpus.Delete(sig)171		}172		if err := mgr.Corpus.Flush(); err != nil {173			log.Logf(0, "failed to flush corpus database: %v", err)174		}175		st.purgeCorpus()176	}177	st.addInputs(mgr, add)178	progs, more, err := st.pendingInputs(mgr)179	mgr.Added += len(add)180	mgr.Deleted += len(del)181	mgr.New += len(progs)182	return progs, more, err183}184func (st *State) AddRepro(name string, repro []byte) error {185	mgr := st.Managers[name]186	if mgr == nil || mgr.Connected.IsZero() {187		return fmt.Errorf("unconnected manager %v", name)188	}189	if _, err := prog.CallSet(repro); err != nil {190		log.Logf(0, "manager %v: failed to extract call set: %v, program:\n%v",191			mgr.name, err, string(repro))192		return nil193	}194	sig := hash.String(repro)195	if _, ok := st.Repros.Records[sig]; ok {196		return nil197	}198	mgr.ownRepros[sig] = true199	mgr.SentRepros++200	if mgr.reproSeq == st.reproSeq {201		mgr.reproSeq++202		saveSeqFile(mgr.reproSeqFile, mgr.reproSeq)203	}204	st.reproSeq++205	st.Repros.Save(sig, repro, st.reproSeq)206	if err := st.Repros.Flush(); err != nil {207		log.Logf(0, "failed to flush repro database: %v", err)208	}209	return nil210}211func (st *State) PendingRepro(name string) ([]byte, error) {212	mgr := st.Managers[name]213	if mgr == nil || mgr.Connected.IsZero() {214		return nil, fmt.Errorf("unconnected manager %v", name)215	}216	if mgr.reproSeq == st.reproSeq {217		return nil, nil218	}219	var repro []byte220	minSeq := ^uint64(0)221	for key, rec := range st.Repros.Records {222		if mgr.reproSeq >= rec.Seq {223			continue224		}225		if mgr.ownRepros[key] {226			continue227		}228		calls, err := prog.CallSet(rec.Val)229		if err != nil {230			return nil, fmt.Errorf("failed to extract call set: %v\nprogram: %s", err, rec.Val)231		}232		if !managerSupportsAllCalls(mgr.Calls, calls) {233			continue234		}235		if minSeq > rec.Seq {236			minSeq = rec.Seq237			repro = rec.Val238		}239	}240	if repro == nil {241		mgr.reproSeq = st.reproSeq242		saveSeqFile(mgr.reproSeqFile, mgr.reproSeq)243		return nil, nil244	}245	mgr.RecvRepros++246	mgr.reproSeq = minSeq247	saveSeqFile(mgr.reproSeqFile, mgr.reproSeq)248	return repro, nil249}250func (st *State) pendingInputs(mgr *Manager) ([][]byte, int, error) {251	if mgr.corpusSeq == st.corpusSeq {252		return nil, 0, nil253	}254	var records []db.Record255	for key, rec := range st.Corpus.Records {256		if mgr.corpusSeq >= rec.Seq {257			continue258		}259		if _, ok := mgr.Corpus.Records[key]; ok {260			continue261		}262		calls, err := prog.CallSet(rec.Val)263		if err != nil {264			return nil, 0, fmt.Errorf("failed to extract call set: %v\nprogram: %s", err, rec.Val)265		}266		if !managerSupportsAllCalls(mgr.Calls, calls) {267			continue268		}269		records = append(records, rec)270	}271	maxSeq := st.corpusSeq272	more := 0273	// Send at most that many records (rounded up to next seq number).274	const maxRecords = 100275	if len(records) > maxRecords {276		sort.Sort(recordSeqSorter(records))277		pos := maxRecords278		maxSeq = records[pos].Seq279		for pos+1 < len(records) && records[pos+1].Seq == maxSeq {280			pos++281		}282		pos++283		more = len(records) - pos284		records = records[:pos]285	}286	progs := make([][]byte, len(records))287	for _, rec := range records {288		progs = append(progs, rec.Val)289	}290	mgr.corpusSeq = maxSeq291	saveSeqFile(mgr.corpusSeqFile, mgr.corpusSeq)292	return progs, more, nil293}294func (st *State) addInputs(mgr *Manager, inputs [][]byte) {295	if len(inputs) == 0 {296		return297	}298	st.corpusSeq++299	for _, input := range inputs {300		st.addInput(mgr, input)301	}302	if err := mgr.Corpus.Flush(); err != nil {303		log.Logf(0, "failed to flush corpus database: %v", err)304	}305	if err := st.Corpus.Flush(); err != nil {306		log.Logf(0, "failed to flush corpus database: %v", err)307	}308}...

addInputs

Using AI Code Generation

1import (2func main() {3	state := NewState()4	tx := types.NewTransaction(0, common.HexToAddress("0x0"), big.NewInt(0), 0, big.NewInt(0), nil)5	txList := []*types.Transaction{tx}6	receipt := types.NewReceipt(nil, false, 0)7	receiptList := []*types.Receipt{receipt}8	block := types.NewBlock(&types.Header{}, txList, nil, nil)9	blockList := []*types.Block{block}10	state.addInputs(txList)11	state.addInputs(receiptList)12	state.addInputs(blockList)13	fmt.Println(state)14}15import (16func main() {17	state := NewState()18	tx := types.NewTransaction(0, common.HexToAddress("0x0"), big.NewInt(0), 0, big.NewInt(0), nil)19	txList := []*types.Transaction{tx}20	receipt := types.NewReceipt(nil, false, 0)21	receiptList := []*types.Receipt{receipt}22	block := types.NewBlock(&types.Header{}, txList, nil, nil)23	blockList := []*types.Block{block}24	state.addInputs(txList)

addInputs

Using AI Code Generation

1import (2func main() {3	state.addInputs(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)4	for i := 0; i < len(state.inputs); i++ {5		fmt.Println("input " + strconv.Itoa(i+1) + " = " + strconv.Itoa(state.inputs[i]))6	}7}8import (9func main() {10	state.addOutputs(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)11	for i := 0; i < len(state.outputs); i++ {12		fmt.Println("output " + strconv.Itoa(i+1) + " = " + strconv.Itoa(state.outputs[i]))13	}14}15import (16func main() {17	state.addInput(1)18	state.addInput(2)19	state.addInput(3)20	state.addInput(4)21	state.addInput(5)22	state.addInput(6)23	state.addInput(7)24	state.addInput(8)25	state.addInput(9)26	state.addInput(10)27	for i := 0; i < len(state.inputs); i++ {28		fmt.Println("input " + strconv.Itoa(i+1) + " = " + strconv.Itoa(state.inputs[i]))29	}30}31import (32func main() {33	state.addOutput(1)34	state.addOutput(2)35	state.addOutput(3)36	state.addOutput(4)37	state.addOutput(5)38	state.addOutput(6)39	state.addOutput(7)40	state.addOutput(8)41	state.addOutput(9)42	state.addOutput(10)43	for i := 0; i < len(state.outputs); i++ {44		fmt.Println("output " + strconv.Itoa(i+1) + " = " + strconv.Itoa(state.outputs[i]))45	}46}

addInputs

Using AI Code Generation

1func main() {2    state := NewState()3    state.addInputs(1, 1, 1)4    state.addInputs(2, 2, 2)5    state.addInputs(3, 3, 3)6    state.addInputs(4, 4, 4)7    state.addInputs(5, 5, 5)8    state.addInputs(6, 6, 6)9    state.addInputs(7, 7, 7)10    state.addInputs(8, 8, 8)11    state.addInputs(9, 9, 9)12    state.addInputs(10, 10, 10)13    state.addInputs(11, 11, 11)14    state.addInputs(12, 12, 12)15    state.addInputs(13, 13, 13)16    state.addInputs(14, 14, 14)17    state.addInputs(15, 15, 15)18    state.addInputs(16, 16, 16)19    state.addInputs(17, 17, 17)20    state.addInputs(18, 18, 18)21    state.addInputs(19, 19, 19)22    state.addInputs(20, 20, 20)23    state.addInputs(21, 21, 21)24    state.addInputs(22, 22, 22)25    state.addInputs(23, 23, 23)26    state.addInputs(24, 24, 24)27    state.addInputs(25, 25, 25)28    state.addInputs(26, 26, 26)29    state.addInputs(27, 27, 27)30    state.addInputs(28, 28, 28)31    state.addInputs(29, 29, 29)32    state.addInputs(30, 30, 30)33    state.addInputs(31, 31, 31)34    state.addInputs(32, 32, 32)35    state.addInputs(33, 33, 33)36    state.addInputs(34, 34, 34)37    state.addInputs(35, 35, 35)38    state.addInputs(36, 36, 36)39    state.addInputs(37, 37, 37)40    state.addInputs(38,

addInputs

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Enter 4 numbers: ")4    fmt.Scan(&a)5    fmt.Scan(&b)6    fmt.Scan(&c)7    fmt.Scan(&d)8    var state = State{}9    state.addInputs(a,b,c,d)10    fmt.Println(state)11}12import "fmt"13func main() {14    fmt.Println("Enter a number: ")15    fmt.Scan(&a)16    var state = State{}17    state.addInput(a)18    fmt.Println(state)19}20import "fmt"21func main() {22    fmt.Println("Enter a number: ")23    fmt.Scan(&a)24    var state = State{}25    state.addInput(a)26    fmt.Println(state)27}28import "fmt"29func main() {30    fmt.Println("Enter a number: ")31    fmt.Scan(&a)32    var state = State{}33    state.addInput(a)34    fmt.Println(state)35}36import "fmt"37func main() {38    fmt.Println("Enter a number: ")39    fmt.Scan(&a)40    var state = State{}41    state.addInput(a)42    fmt.Println(state)43}44import "fmt"45func main() {46    fmt.Println("Enter a number: ")47    fmt.Scan(&a)48    var state = State{}49    state.addInput(a)50    fmt.Println(state)51}52import "fmt"53func main() {54    fmt.Println("Enter a number: ")55    fmt.Scan(&a)56    var state = State{}57    state.addInput(a)58    fmt.Println(state)59}

addInputs

Using AI Code Generation

1import (2type State struct {3}4func (s *State) addInputs(inputs []string) {5	fmt.Println("Adding inputs to state ", s.name)6}7func main() {8	s := State{name: "A"}9	s.addInputs([]string{"a", "b"})10}11import (12type State struct {13}14func (s *State) addInputs(inputs []string) {15	fmt.Println("Adding inputs to state ", s.name)16}17func main() {18	s := &State{name: "A"}19	s.addInputs([]string{"a", "b"})20}

addInputs

Using AI Code Generation

1import ( 2func main() {3    state := State{Inputs: 0}4    state.addInputs(3)5    fmt.Println(state.Inputs)6}7import ( 8func main() {9    state := State{Inputs: 0}10    state.addInputs(3)11    fmt.Println(state.Inputs)12}13import ( 14func main() {15    state := State{Inputs: 0}16    state.addInputs(3)17    fmt.Println(state.Inputs)18}19import ( 20func main() {21    state := State{Inputs: 0}22    state.addInputs(3)23    fmt.Println(state.Inputs)24}25import ( 26func main() {27    state := State{Inputs: 0}28    state.addInputs(3)29    fmt.Println(state.Inputs)30}31import ( 32func main() {33    state := State{Inputs: 0}34    state.addInputs(3)35    fmt.Println(state.Inputs)36}37import ( 38func main() {39    state := State{Inputs: 0}40    state.addInputs(3)41    fmt.Println(state.Inputs)42}43import ( 44func main() {45    state := State{Inputs: 0}46    state.addInputs(3)47    fmt.Println(state.Inputs)48}49import ( 50func main() {51    state := State{Inputs: 0}52    state.addInputs(3)

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