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How to use serialize method of vcs Package

Best Syzkaller code snippet using vcs.serialize

vcs-save-load.go

Source:vcs-save-load.go

...72	// Load KZG related stuff73	data = make([]byte, GetFrByteSize())74	_, err = f.Read(data)75	check(err)76	vcs.alpha.Deserialize(data)77	data = make([]byte, GetFrByteSize())78	_, err = f.Read(data)79	check(err)80	vcs.beta.Deserialize(data)81	// Load the VCS related stuff82	data = make([]byte, GetG1ByteSize())83	_, err = f.Read(data)84	check(err)85	vcs.G.Deserialize(data)86	data = make([]byte, GetG2ByteSize())87	_, err = f.Read(data)88	check(err)89	vcs.H.Deserialize(data)90	vcs.L = uint8(L)91	fmt.Println("Loading trapdoors:", L)92	for i := uint8(0); i < L; i++ {93		data = make([]byte, GetFrByteSize())94		_, err = f.Read(data)95		check(err)96		vcs.trapdoors[i].Deserialize(data)97		data = make([]byte, GetFrByteSize())98		_, err = f.Read(data)99		check(err)100		vcs.trapdoorsSubOne[i].Deserialize(data)101		data = make([]byte, GetFrByteSize())102		_, err = f.Read(data)103		check(err)104		vcs.trapdoorsSubOneRev[i].Deserialize(data)105	}106	f.Close()107	// Load VRKs108	f, err = os.Open(vcs.folderPath + VRKNAME)109	check(err)110	data = make([]byte, GetG2ByteSize())111	for i := uint8(0); i < L; i++ {112		_, err = f.Read(data)113		check(err)114		vcs.VRK[i].Deserialize(data)115		_, err = f.Read(data)116		check(err)117		vcs.VRKSubOne[i].Deserialize(data)118		_, err = f.Read(data)119		check(err)120		vcs.VRKSubOneRev[i].Deserialize(data)121	}122	f.Close()123}124func (vcs *VCS) UpkLoad(fileName string, index uint8, start uint64, stop uint64, wg *sync.WaitGroup) {125	f, err := os.Open(fileName)126	check(err)127	data := make([]byte, GetG1ByteSize())128	var result mcl.G1129	for j := start; j < stop; j++ {130		i, k := IndexInTheLevel(j)131		_, err = f.Read(data)132		check(err)133		result.Deserialize(data)134		vcs.UPK[i][k] = result135	}136	fmt.Println("Read ", fileName, BoundsPrint(start, stop))137	defer f.Close()138	defer wg.Done()139}140func (vcs *VCS) UpkLoadDriver() {141	// Allocate space for UPK142	vcs.MallocUpk()143	var wg sync.WaitGroup144	var step, start, stop uint64145	var total, totalBytes int64146	var i uint8147	var files []string148	var err error149	files, err = filepath.Glob(vcs.folderPath + "/upk*")150	check(err)151	totalBytes = int64(0)152	for i := range files {153		totalBytes += fileSize(files[i])154	}155	total = totalBytes / int64(GetG1ByteSize())156	step = uint64(math.Ceil(float64(total) / float64(NFILES)))157	numUPK := (uint64(1) << (vcs.L + 1)) - 1158	start = uint64(0)159	stop = step160	stop = minUint64(stop, numUPK)161	i = uint8(0)162	for start < numUPK {163		wg.Add(1)164		fileName := vcs.folderPath + fmt.Sprintf(UPKNAME, i)165		go vcs.UpkLoad(fileName, i, start, stop, &wg)166		// fmt.Println(i)167		// fmt.Println("Reading chuck range:", i, BoundsPrint(start, stop))168		start += step169		stop += step170		stop = minUint64(stop, numUPK)171		i++172	}173	wg.Wait()174}175func (vcs *VCS) PrkLoad(fileName string, index uint8, start uint64, stop uint64, wg *sync.WaitGroup) {176	f, err := os.Open(fileName)177	check(err)178	var data []byte179	data = make([]byte, GetG1ByteSize())180	var result mcl.G1181	for i := start; i < stop; i++ {182		_, err = f.Read(data)183		check(err)184		result.Deserialize(data)185		vcs.PRK[i] = result186	}187	fmt.Println("Read ", fileName, BoundsPrint(start, stop))188	defer f.Close()189	defer wg.Done()190}191func (vcs *VCS) PrkLoadDriver() {192	// Allocate space for PRK193	vcs.PRK = make([]mcl.G1, vcs.N)194	var wg sync.WaitGroup195	var step, start, stop uint64196	var total, totalBytes int64197	var i uint8198	var files []string...

keygen-parallel.go

Source:keygen-parallel.go

1package vcs2import (3	"fmt"4	"math"5	"os"6	"sync"7	"github.com/alinush/go-mcl"8)9// [start, stop)10func (vcs *VCS) PrkGen(index uint8, start uint64, stop uint64, wg *sync.WaitGroup) {11	os.MkdirAll(vcs.folderPath, os.ModePerm)12	fileName := vcs.folderPath + fmt.Sprintf(PRKNAME, index)13	f, err := os.Create(fileName)14	check(err)15	var result mcl.G116	for i := start; i < stop; i++ {17		exponent := vcs.SelectPRK(i)18		mcl.G1Mul(&result, &vcs.G, &exponent)19		_, err = f.Write(result.Serialize())20		check(err)21		if !vcs.PARAM_TOO_LARGE {22			vcs.PRK[i] = result23		}24		// fmt.Println(i)25	}26	fmt.Println("Dumped ", fileName, BoundsPrint(start, stop))27	defer f.Close()28	defer wg.Done()29}30func (vcs *VCS) PrkGenDriver() {31	fmt.Println(SEP, "Generating the PRK", SEP)32	if !vcs.PARAM_TOO_LARGE {33		// Actually we can avoid during Save34		vcs.PRK = make([]mcl.G1, vcs.N) // Allocate space for PRK35	}36	var wg sync.WaitGroup37	step := uint64(math.Ceil(float64(vcs.N) / float64(NFILES))) // Maximum size of each file.38	start := uint64(0)39	stop := step40	for i := uint8(0); i < NFILES; i++ {41		wg.Add(1)42		go vcs.PrkGen(i, start, stop, &wg)43		start += step44		stop += step45		if (i+1)%NCORES == 0 {46			wg.Wait()47		}48	}49	wg.Wait()50}51func (vcs *VCS) UpkGen(index uint8, start uint64, stop uint64, wg *sync.WaitGroup) {52	os.MkdirAll(vcs.folderPath, os.ModePerm)53	fileName := vcs.folderPath + fmt.Sprintf(UPKNAME, index)54	f, err := os.Create(fileName)55	check(err)56	// fmt.Println(fileName)57	var result mcl.G158	for j := start; j < stop; j++ {59		i, k := IndexInTheLevel(j)60		exponent := vcs.SelectUPK(i, k)61		mcl.G1Mul(&result, &vcs.G, &exponent)62		_, err = f.Write(result.Serialize())63		check(err)64		if !vcs.PARAM_TOO_LARGE {65			vcs.UPK[i][k] = result66		}67		// fmt.Println(i, k, exponent.IsZero(), result.IsZero(), vcs.PRK[i][k].IsZero())68	}69	fmt.Println("Dumped ", fileName, BoundsPrint(start, stop))70	defer f.Close()71	defer wg.Done()72}73func (vcs *VCS) UpkGenDriver() {74	var wg sync.WaitGroup75	if !vcs.PARAM_TOO_LARGE {76		// Allocate space for UPK77		vcs.MallocUpk()78	}79	fmt.Println(SEP, "Generating the UPK", SEP)80	numUPK := (uint64(1) << (vcs.L + 1)) - 1 // Number of nodes in the UPK tree81	step := uint64(math.Ceil(float64(numUPK) / float64(NFILES)))82	start := uint64(0)83	stop := step84	for i := uint8(0); i < NFILES; i++ {85		// fmt.Println(i, start, stop)86		wg.Add(1)87		go vcs.UpkGen(i, start, stop, &wg)88		start += step89		stop += step90		stop = minUint64(stop, numUPK)91		if (i+1)%NCORES == 0 {92			wg.Wait()93		}94	}95	wg.Wait()96}97func (vcs *VCS) PrkUpkGen() {98	vcs.UpkGenDriver()99	if !vcs.DISCARD_PRK && !vcs.PARAM_TOO_LARGE {100		fmt.Println(SEP)101		vcs.PrkGenDriver() // This also allocates memory for PRK102	}103	fmt.Println(SEP)104}...

serialize

Using AI Code Generation

1import "fmt"2type vcs struct {3}4func (v *vcs) serialize() string {5}6func main() {7    v := vcs{name: "git", version: "2.1.1"}8    fmt.Println(v.serialize())9}10import "fmt"11type vcs struct {12}13func (v *vcs) serialize() string {14}15func main() {16    v := vcs{name: "git", version: "2.1.1"}17    fmt.Println(v.serialize())18}19import "fmt"20type vcs struct {21}22func (v *vcs) serialize() string {23}24func main() {25    v := vcs{name: "git", version: "2.1.1"}26    fmt.Println(v.serialize())27}28import "fmt"29type vcs struct {30}31func (v *vcs) serialize() string {32}33func main() {34    v := vcs{name: "git", version: "2.1.1"}35    fmt.Println(v.serialize())36}37import "fmt"38type vcs struct {39}40func (v *vcs) serialize() string {41}42func main() {43    v := vcs{name: "git", version: "2.1.1"}44    fmt.Println(v.serialize())45}46import "fmt"47type vcs struct {48}49func (v *vcs) serialize() string {

serialize

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	g := graph.New(4)5	g.Add(0, 1)6	g.Add(1, 2)7	g.Add(2, 3)8	g.Add(3, 0)9	g.Add(0, 2)10	g.Add(1, 3)11	fmt.Println(g)12	fmt.Println(g.Serialize())13}14import (15func main() {16	fmt.Println("Hello, playground")17	g := graph.New(4)18	g.Add(0, 1)19	g.Add(1, 2)20	g.Add(2, 3)21	g.Add(3, 0)22	g.Add(0, 2)23	g.Add(1, 3)24	fmt.Println(g)25	fmt.Println(g.Serialize())26}27import (28func main() {29	fmt.Println("Hello, playground")30	g := graph.New(4)31	g.Add(0, 1)32	g.Add(1, 2)33	g.Add(2, 3)34	g.Add(3, 0)35	g.Add(0, 2)36	g.Add(1, 3)37	fmt.Println(g)38	fmt.Println(g.Serialize())39}40import (41func main() {42	fmt.Println("Hello, playground")43	g := graph.New(4)44	g.Add(0, 1)45	g.Add(1, 2)46	g.Add(2, 3)47	g.Add(3, 0)48	g.Add(0, 2)49	g.Add(1, 3)50	fmt.Println(g)51	fmt.Println(g.Serialize())52}53import (54func main() {55	fmt.Println("Hello, playground")56	g := graph.New(4)57	g.Add(0, 1)58	g.Add(1, 2)59	g.Add(2,

serialize

Using AI Code Generation

1import "fmt"2import "vcs"3type student struct {4}5func main() {6  v := student{1, "abc"}7  fmt.Println(v)8  fmt.Println(vcs.Serialize(v))9}10{1 abc}

serialize

Using AI Code Generation

1vcs vcsObj = new vcs();2vcsObj.serialize();3vcs vcsObj = new vcs();4vcsObj.deserialize();5vcs vcsObj = new vcs();6vcsObj.create();7vcs vcsObj = new vcs();8vcsObj.create();9vcs vcsObj = new vcs();10vcsObj.create();11vcs vcsObj = new vcs();12vcsObj.create();13vcs vcsObj = new vcs();14vcsObj.create();15vcs vcsObj = new vcs();16vcsObj.create();17vcs vcsObj = new vcs();

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