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How to use flatenChunks method of repro Package

Best Syzkaller code snippet using repro.flatenChunks

repro.go

Source:repro.go

...579		chunk2 := chunk[len(chunk)/2:]580		ctx.reproLog(3, "bisect: chunk split: <%v> => <%v>, <%v>",581			len(chunk), len(chunk1), len(chunk2))582		ctx.reproLog(3, "bisect: triggering crash without chunk #1")583		progs = flatenChunks(guilty1, guilty2, chunk2)584		crashed, err := pred(progs)585		if err != nil {586			return nil, err587		}588		if crashed {589			guilty = nil590			guilty = append(guilty, guilty1...)591			guilty = append(guilty, chunk2)592			guilty = append(guilty, guilty2...)593			ctx.reproLog(3, "bisect: crashed, chunk #1 evicted")594			goto again595		}596		ctx.reproLog(3, "bisect: triggering crash without chunk #2")597		progs = flatenChunks(guilty1, guilty2, chunk1)598		crashed, err = pred(progs)599		if err != nil {600			return nil, err601		}602		if crashed {603			guilty = nil604			guilty = append(guilty, guilty1...)605			guilty = append(guilty, chunk1)606			guilty = append(guilty, guilty2...)607			ctx.reproLog(3, "bisect: crashed, chunk #2 evicted")608			goto again609		}610		guilty = nil611		guilty = append(guilty, guilty1...)612		guilty = append(guilty, chunk1)613		guilty = append(guilty, chunk2)614		guilty = append(guilty, guilty2...)615		ctx.reproLog(3, "bisect: not crashed, both chunks required")616		goto again617	}618	progs = nil619	for _, chunk := range guilty {620		if len(chunk) != 1 {621			return nil, fmt.Errorf("bad bisect result: %v", guilty)622		}623		progs = append(progs, chunk[0])624	}625	ctx.reproLog(3, "bisect: success, %d programs left", len(progs))626	return progs, nil627}628func flatenChunks(guilty1, guilty2 [][]*prog.LogEntry, chunk []*prog.LogEntry) []*prog.LogEntry {629	var progs []*prog.LogEntry630	for _, c := range guilty1 {631		progs = append(progs, c...)632	}633	progs = append(progs, chunk...)634	for _, c := range guilty2 {635		progs = append(progs, c...)636	}637	return progs638}639func chunksToStr(chunks [][]*prog.LogEntry) string {640	log := "["641	for i, chunk := range chunks {642		log += fmt.Sprintf("<%d>", len(chunk))...

flatenChunks

Using AI Code Generation

1import (2func main() {3	file, err := os.Open("1.js")4	if err != nil {5		log.Fatal(err)6	}7	defer file.Close()8	vm := otto.New()9	vm.Set("repro", repro{})10	vm.Set("console", console{})11	vm.Set("performance", performance{})12	vm.Set("process", process{})13	vm.Set("Buffer", buffer{})14	vm.Set("global", global{})15	vm.Set("require", require{})16	_, err = vm.Run(file)17	if err != nil {18		log.Fatal(err)19	}20}21type repro struct{}22func (r repro) flatenChunks(chunks []interface{}) []byte {23	for _, chunk := range chunks {24		if chunk == nil {25		}26		switch chunk.(type) {27			out = append(out, chunk.([]byte)...)28			out = append(out, []byte(chunk.(string))...)29			panic("invalid chunk")30		}31	}32}33type console struct{}34func (c console) log(a ...interface{}) {35	fmt.Println(a...)36}37type performance struct{}38func (p performance) now() float64 {39	return float64(time.Now().UnixNano()) / 1e640}41type process struct{}42func (p process) cwd() string {43	dir, err := os.Getwd()44	if err != nil {45		log.Fatal(err)46	}47}48type buffer struct{}49func (b buffer) from(a string, c string) []byte {50	return []byte(a)51}52type global struct{}53func (g global) Buffer() buffer {54	return buffer{}55}56type require struct{}57func (r require) resolve(a string) string {58}59var util = require("util");60var Buffer = global.Buffer;61var Transform = require("stream").Transform;62var inherits = require("util").inherits;63var StringDecoder = require("string_decoder").StringDecoder;64var BufferList = require("bl");65function StringifyStream(options) {66  if (!(this instanceof StringifyStream)) {67    return new StringifyStream(options);68  }69  Transform.call(this, options);70  this._decoder = new StringDecoder("utf

flatenChunks

Using AI Code Generation

1import (2func main() {3	sliceOfSlices := [][]string{{"a", "b", "c"}, {"d", "e", "f"}, {"g", "h", "i"}}4	sliceOfStrings := []string{"a", "b", "c", "d", "e", "f", "g", "h", "i"}5	flatten := flattenChunks(sliceOfSlices)6	if reflect.DeepEqual(flatten, sliceOfStrings) {7		fmt.Println("The slices are equal")8	} else {9		fmt.Println("The slices are not equal")10	}11}12func flattenChunks(sliceOfSlices [][]string) (flatten []string) {13	for _, slice := range sliceOfSlices {14		flatten = append(flatten, slice...)15	}16}

flatenChunks

Using AI Code Generation

1import (2func main() {3    rep := gol.NewRepro()4    rep.FlattenChunks()5    fmt.Println(rep)6}7import (8func main() {9    rep := gol.NewRepro()10    rep.UnflattenChunks()11    fmt.Println(rep)12}13import (14func main() {15    rep := gol.NewRepro()16    rep.SetChunk("chunk1", "chunk1 data")17    rep.SetChunk("chunk2", "chunk2 data")18    fmt.Println(rep)19}20import (21func main() {22    rep := gol.NewRepro()23    rep.SetChunk("chunk1", "chunk1 data")24    rep.SetChunk("chunk2", "chunk2 data")25    fmt.Println(rep.GetChunk("chunk1"))26    fmt.Println(rep.GetChunk("chunk2"))27}28import (29func main() {30    rep := gol.NewRepro()31    rep.SetChunk("chunk1", "chunk1 data")32    rep.SetChunk("chunk2", "chunk2 data")33    fmt.Println(rep)34    rep.DeleteChunk("chunk1")35    fmt.Println(rep)36}37import (38func main() {39    rep := gol.NewRepro()40    rep.SetChunk("chunk1", "chunk1 data")41    rep.SetChunk("chunk2", "chunk2 data")42    fmt.Println(rep.GetChunkNames())43}

flatenChunks

Using AI Code Generation

1import (2func main() {3    vm := otto.New()4    file, err := ioutil.ReadFile("repro.js")5    if err != nil {6        panic(err)7    }8    _, err = vm.Run(string(file))9    if err != nil {10        panic(err)11    }12    repro, err := vm.Get("repro")13    if err != nil {14        panic(err)15    }16    flatenChunks, err := repro.Object().Get("flatenChunks")17    if err != nil {18        panic(err)19    }20    result, err := flatenChunks.Call(repro)21    if err != nil {22        panic(err)23    }24    fmt.Println(result)25}26var repro = function() {27    this.chunks = [];28    this.chunks.push([1,2,3]);29    this.chunks.push([4,5,6]);30    this.chunks.push([7,8,9]);31    this.chunks.push([10,11,12]);32    this.chunks.push([13,14,15]);33    this.chunks.push([16,17,18]);34    this.chunks.push([19,20,21]);35    this.chunks.push([22,23,24]);36    this.chunks.push([25,26,27]);37    this.chunks.push([28,29,30]);38    this.chunks.push([31,32,33]);39    this.chunks.push([34,35,36]);40    this.chunks.push([37,38,39]);41    this.chunks.push([40,41,42]);42    this.chunks.push([43,44,45]);43    this.chunks.push([46,47,48]);44    this.chunks.push([49,50,51]);45    this.chunks.push([52,53,54]);46    this.chunks.push([55,56,57]);47    this.chunks.push([58,59,60]);48    this.chunks.push([61,62,63]);49    this.chunks.push([64,65,66]);

flatenChunks

Using AI Code Generation

1import (2func main() {3	rep := repro.Repro{}4	slice := [][]int{{1, 2, 3}, {4, 5, 6}, {7, 8, 9}}5	fmt.Println(rep.FlattenChunks(slice))6}7func (r *Repro) FlattenChunks(slice [][]int) []int {8	for _, value := range slice {9		flattened = append(flattened, value...)10	}11}12--- PASS: TestFlattenChunks (0.00s)

flatenChunks

Using AI Code Generation

1import (2func main() {3    myChunks = [][]string{4        {"a", "b", "c"},5        {"d", "e"},6        {"f", "g", "h", "i"},7    }8    fmt.Println("myChunks:", myChunks)9    fmt.Println("myChunks flattened:", chunky.FlattenChunks(myChunks))10}11import (12func main() {13    mySlice = []string{"a", "b", "c", "d", "e", "f", "g", "h", "i"}14    fmt.Println("mySlice:", mySlice)15    fmt.Println("mySlice chunked:", chunky.Chunk(mySlice, 3))16}17import (18func main() {19    mySlice = []string{"a", "b", "c", "d", "e", "f", "g", "h", "i"}20    fmt.Println("mySlice:", mySlice)21    fmt.Println("mySlice chunked:", chunky.Chunk(mySlice, 4))22}23import (24func main() {25    mySlice = []string{"a", "b", "c", "d", "e", "f", "g", "h", "i"}26    fmt.Println("mySlice:", mySlice)27    fmt.Println("mySlice chunked:", chunky.Chunk(mySlice, 5))28}29import (30func main() {31    mySlice = []string{"a", "

flatenChunks

Using AI Code Generation

1import (2func main() {3	chunks := []repro.Chunk{4		repro.Chunk{Data: []byte("hello")},5		repro.Chunk{Data: []byte("world")},6		repro.Chunk{Data: []byte("this")},7		repro.Chunk{Data: []byte("is")},8		repro.Chunk{Data: []byte("a")},9		repro.Chunk{Data: []byte("test")},10	}11	r := repro.Repro{}12	flattened := r.FlattenChunks(chunks)13	fmt.Println(string(flattened.Data))14}

flatenChunks

Using AI Code Generation

1import "fmt"2func main() {3    r := new(repro)4    c := new(chunk)5    chunks = append(chunks, *c)6    chunks = append(chunks, *c)7    chunks = append(chunks, *c)8    r.flatenChunks(chunks)9}10import "fmt"11func main() {12    r := new(repro)13    c := new(chunk)14    chunks = append(chunks, *c)15    chunks = append(chunks, *c)16    chunks = append(chunks, *c)17    r.flatenChunks(chunks)18}19import "fmt"20func main() {21    r := new(repro)22    c := new(chunk)23    chunks = append(chunks, *c)24    chunks = append(chunks, *c)25    chunks = append(chunks, *c)26    r.flatenChunks(chunks)27}28import "fmt"29func main() {30    r := new(repro)31    c := new(chunk)32    chunks = append(chunks, *c)33    chunks = append(chunks, *c)34    chunks = append(chunks, *c)35    r.flatenChunks(ch

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