How to use split method of ifuzz Package

Best Syzkaller code snippet using ifuzz.split

gen.go

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1// Copyright 2017 syzkaller project authors. All rights reserved.2// Use of this source code is governed by Apache 2 LICENSE that can be found in the LICENSE file.3// gen generates instruction tables (ifuzz/insns.go) from Intel XED tables.4// Tables used to generate insns.go are checked in in all-enc-instructions.txt.5package main6import (7 "bufio"8 "fmt"9 "os"10 "reflect"11 "strconv"12 "strings"13 "github.com/google/syzkaller/ifuzz"14)15func main() {16 if len(os.Args) != 2 {17 failf("usage: gen instructions.txt")18 }19 f, err := os.Open(os.Args[1])20 if err != nil {21 failf("failed to open input file: %v", err)22 }23 defer f.Close()24 skipped := 025 saved := ""26 var insns []*ifuzz.Insn27 var insn, insn1 *ifuzz.Insn28 s := bufio.NewScanner(f)29 for i := 1; s.Scan(); i++ {30 reportError := func(msg string, args ...interface{}) {31 fmt.Fprintf(os.Stderr, "line %v: %v\n", i, s.Text())32 failf(msg, args...)33 }34 line := s.Text()35 if comment := strings.IndexByte(line, '#'); comment != -1 {36 line = line[:comment]37 }38 line = strings.TrimSpace(line)39 if line == "" {40 continue41 }42 if line[len(line)-1] == '\\' {43 saved += line[:len(line)-1]44 continue45 }46 line = saved + line47 saved = ""48 if line == "{" {49 insn = new(ifuzz.Insn)50 continue51 }52 if line == "}" {53 if insn1 != nil {54 insns = append(insns, insn1)55 insn1 = nil56 insn = nil57 }58 continue59 }60 colon := strings.IndexByte(line, ':')61 if colon == -1 {62 reportError("no colon")63 }64 name := strings.TrimSpace(line[:colon])65 if name == "" {66 reportError("empty attribute name")67 }68 var vals []string69 for _, v := range strings.Split(line[colon+1:], " ") {70 v = strings.TrimSpace(v)71 if v == "" {72 continue73 }74 vals = append(vals, v)75 }76 switch name {77 case "ICLASS":78 if len(vals) != 1 {79 reportError("ICLASS has more than one value")80 }81 insn.Name = vals[0]82 case "CPL":83 if len(vals) != 1 {84 reportError("CPL has more than one value")85 }86 if vals[0] != "0" && vals[0] != "3" {87 reportError("unknown CPL value: %v", vals[0])88 }89 insn.Priv = vals[0] == "0"90 case "EXTENSION":91 if len(vals) != 1 {92 reportError("EXTENSION has more than one value")93 }94 insn.Extension = vals[0]95 switch insn.Extension {96 case "FMA", "AVX2", "AVX", "F16C", "BMI2", "BMI", "XOP", "FMA4", "AVXAES", "BMI1", "AVX2GATHER":97 insn.Mode = 1<<ifuzz.ModeLong64 | 1<<ifuzz.ModeProt3298 }99 insn.Avx2Gather = insn.Extension == "AVX2GATHER"100 case "PATTERN":101 if insn1 != nil {102 insns = append(insns, insn1)103 }104 insn1 = new(ifuzz.Insn)105 *insn1 = *insn106 if err := parsePattern(insn1, vals); err != nil {107 if _, ok := err.(errSkip); !ok {108 reportError(err.Error())109 }110 if err.Error() != "" {111 fmt.Fprintf(os.Stderr, "skipping %v on line %v (%v)\n", insn.Name, i, err)112 }113 skipped++114 insn1 = nil115 }116 case "OPERANDS":117 if insn1 == nil {118 break119 }120 if err := parseOperands(insn1, vals); err != nil {121 if _, ok := err.(errSkip); !ok {122 reportError(err.Error())123 }124 if err.Error() != "" {125 fmt.Fprintf(os.Stderr, "skipping %v on line %v (%v)\n", insn.Name, i, err)126 }127 skipped++128 insn1 = nil129 }130 }131 }132 var deduped []*ifuzz.Insn133nextInsn:134 for _, insn := range insns {135 mod0 := insn.Mod136 for j := len(deduped) - 1; j >= 0; j-- {137 insn1 := deduped[j]138 if insn.Mod == 3 && insn1.Mod == -3 || insn.Mod == -3 && insn1.Mod == 3 || insn1.Mod == -1 {139 insn.Mod = insn1.Mod140 }141 if reflect.DeepEqual(insn, insn1) {142 if insn.Mod != mod0 {143 insn1.Mod = -1144 }145 continue nextInsn146 }147 insn.Mod = mod0148 }149 deduped = append(deduped, insn)150 }151 fmt.Fprintf(os.Stderr, "deduped %v instructions\n", len(insns)-len(deduped))152 insns = deduped153 fmt.Printf("// AUTOGENERATED FILE\n")154 fmt.Printf("package ifuzz\n\n")155 fmt.Printf("var Insns = []*Insn{\n")156 for _, insn := range insns {157 if insn.Extension == "AVX512VEX" || insn.Extension == "AVX512EVEX" {158 skipped++159 continue160 }161 text := fmt.Sprintf("%#v", insn)162 text = strings.Replace(text, "ifuzz.Insn", "Insn", -1)163 text = strings.Replace(text, ", generator:(func(*ifuzz.Config, *rand.Rand) []uint8)(nil)", "", -1)164 fmt.Printf(" %v,\n", text)165 }166 fmt.Printf("}\n")167 fmt.Fprintf(os.Stderr, "handled %v, skipped %v\n", len(insns), skipped)168}169type errSkip string170func (err errSkip) Error() string {171 return string(err)172}173func parsePattern(insn *ifuzz.Insn, vals []string) error {174 if insn.Opcode != nil {175 return fmt.Errorf("PATTERN is already parsed for the instruction")176 }177 // As spelled these have incorrect format for 16-bit addressing mode and with 67 prefix.178 if insn.Name == "NOP5" || insn.Name == "NOP6" || insn.Name == "NOP7" || insn.Name == "NOP8" || insn.Name == "NOP9" {179 return errSkip("")180 }181 if insn.Mode == 0 {182 insn.Mode = 1<<ifuzz.ModeLast - 1183 }184 insn.Mod = -100185 insn.Reg = -100186 insn.Rm = -100187 insn.VexP = -1188 for _, v := range vals {189 switch {190 case strings.HasPrefix(v, "0x"):191 op, err := strconv.ParseUint(v, 0, 8)192 if err != nil {193 return fmt.Errorf("failed to parse hex pattern: %v", v)194 }195 if !insn.Modrm {196 insn.Opcode = append(insn.Opcode, byte(op))197 } else {198 insn.Suffix = append(insn.Suffix, byte(op))199 }200 case strings.HasPrefix(v, "0b"):201 if len(v) != 8 || v[6] != '_' {202 return fmt.Errorf("failed to parse bin pattern: %v", v)203 }204 var op byte205 if v[2] == '1' {206 op |= 1 << 7207 }208 if v[3] == '1' {209 op |= 1 << 6210 }211 if v[4] == '1' {212 op |= 1 << 5213 }214 if v[5] == '1' {215 op |= 1 << 4216 }217 if v[7] == '1' {218 op |= 1 << 3219 }220 insn.Opcode = append(insn.Opcode, op)221 case strings.HasPrefix(v, "MOD["):222 insn.Modrm = true223 vv, err := parseModrm(v[3:])224 if err != nil {225 return fmt.Errorf("failed to parse %v: %v", v, err)226 }227 insn.Mod = vv228 case strings.HasPrefix(v, "REG["):229 insn.Modrm = true230 vv, err := parseModrm(v[3:])231 if err != nil {232 return fmt.Errorf("failed to parse %v: %v", v, err)233 }234 insn.Reg = vv235 case strings.HasPrefix(v, "RM["):236 insn.Modrm = true237 vv, err := parseModrm(v[2:])238 if err != nil {239 return fmt.Errorf("failed to parse %v: %v", v, err)240 }241 insn.Rm = vv242 case v == "RM=4":243 insn.Rm = 4244 case strings.HasPrefix(v, "SRM["):245 vv, err := parseModrm(v[3:])246 if err != nil {247 return fmt.Errorf("failed to parse %v: %v", v, err)248 }249 insn.Rm = vv250 insn.Srm = true251 case v == "SRM=0", v == "SRM!=0":252 case v == "MOD!=3":253 if !insn.Modrm || insn.Mod != -1 {254 return fmt.Errorf("MOD!=3 without MOD")255 }256 insn.Mod = -3257 case v == "MOD=3":258 // Most other instructions contain "MOD[0b11] MOD=3",259 // but BNDCL contains "MOD[mm] MOD=3"260 insn.Mod = 3261 case v == "MOD=0":262 insn.Mod = 0263 case v == "MOD=1":264 insn.Mod = 1265 case v == "MOD=2":266 insn.Mod = 2267 case v == "MODRM()":268 case v == "lock_prefix":269 insn.Prefix = append(insn.Prefix, 0xF0)270 case v == "nolock_prefix":271 // Immediates.272 case v == "UIMM8()", v == "SIMM8()":273 addImm(insn, 1)274 case v == "UIMM16()":275 addImm(insn, 2)276 case v == "UIMM32()":277 addImm(insn, 4)278 case v == "SIMMz()":279 addImm(insn, -1)280 case v == "UIMMv()":281 addImm(insn, -3)282 case v == "UIMM8_1()":283 addImm(insn, 1)284 case v == "BRDISP8()":285 addImm(insn, 1)286 case v == "BRDISP32()":287 addImm(insn, 4)288 case v == "BRDISPz()":289 addImm(insn, -1)290 case v == "MEMDISPv()":291 addImm(insn, -2)292 // VOP/VEX293 case v == "XOPV":294 insn.Vex = 0x8f295 insn.Mode &^= 1 << ifuzz.ModeReal16296 case v == "EVV":297 insn.Vex = 0xc4298 case v == "VV1":299 insn.Vex = 0xc4300 case v == "VMAP0":301 insn.VexMap = 0302 case v == "V0F":303 insn.VexMap = 1304 case v == "V0F38":305 insn.VexMap = 2306 case v == "V0F3A":307 insn.VexMap = 3308 case v == "XMAP8":309 insn.VexMap = 8310 case v == "XMAP9":311 insn.VexMap = 9312 case v == "XMAPA":313 insn.VexMap = 10314 case v == "VNP":315 insn.VexP = 0316 case v == "V66":317 insn.VexP = 1318 case v == "VF2":319 insn.VexP = 3320 case v == "VF3":321 insn.VexP = 2322 case v == "VL128", v == "VL=0":323 insn.VexL = -1324 case v == "VL256", v == "VL=1":325 insn.VexL = 1326 case v == "VL512":327 // VL=2328 case v == "NOVSR":329 insn.VexNoR = true330 case v == "NOEVSR":331 insn.VexNoR = true332 // VEXDEST3=0b1 VEXDEST210=0b111 VEXDEST4=0b0333 case v == "SE_IMM8()":334 addImm(insn, 1)335 case v == "VMODRM_XMM()":336 case v == "VMODRM_YMM()":337 case v == "BCRC=0":338 case v == "BCRC=1":339 case v == "ESIZE_8_BITS()":340 case v == "ESIZE_16_BITS()":341 case v == "ESIZE_32_BITS()":342 case v == "ESIZE_64_BITS()":343 case v == "NELEM_GPR_WRITER_STORE()":344 case v == "NELEM_GPR_WRITER_STORE_BYTE()":345 case v == "NELEM_GPR_WRITER_STORE_WORD()":346 case v == "NELEM_GPR_WRITER_LDOP_Q()":347 case v == "NELEM_GPR_WRITER_LDOP_D()":348 case v == "NELEM_GPR_READER()":349 case v == "NELEM_GPR_READER_BYTE()":350 case v == "NELEM_GPR_READER_WORD()":351 case v == "NELEM_GSCAT()":352 case v == "NELEM_HALF()":353 case v == "NELEM_FULL()":354 case v == "NELEM_FULLMEM()":355 case v == "NELEM_QUARTERMEM()":356 case v == "NELEM_EIGHTHMEM()":357 case v == "NELEM_HALFMEM()":358 case v == "NELEM_QUARTERMEM()":359 case v == "NELEM_MEM128()":360 case v == "NELEM_SCALAR()":361 case v == "NELEM_TUPLE1()":362 case v == "NELEM_TUPLE2()":363 case v == "NELEM_TUPLE4()":364 case v == "NELEM_TUPLE8()":365 case v == "NELEM_TUPLE1_4X()":366 case v == "NELEM_TUPLE1_BYTE()":367 case v == "NELEM_TUPLE1_WORD()":368 case v == "NELEM_MOVDDUP()":369 case v == "UISA_VMODRM_XMM()":370 case v == "UISA_VMODRM_YMM()":371 case v == "UISA_VMODRM_ZMM()":372 case v == "MASK=0":373 case v == "FIX_ROUND_LEN128()":374 case v == "FIX_ROUND_LEN512()":375 case v == "AVX512_ROUND()":376 case v == "ZEROING=0":377 case v == "SAE()":378 // Modes379 case v == "mode64":380 insn.Mode &= 1 << ifuzz.ModeLong64381 case v == "not64":382 insn.Mode &^= 1 << ifuzz.ModeLong64383 case v == "mode32":384 insn.Mode &= 1 << ifuzz.ModeProt32385 case v == "mode16":386 insn.Mode &= 1<<ifuzz.ModeProt16 | 1<<ifuzz.ModeReal16387 case v == "eamode64":388 case v == "eamode32":389 case v == "eamode16":390 case v == "eanot16":391 case v == "no_refining_prefix":392 insn.NoRepPrefix = true393 insn.No66Prefix = true394 case v == "no66_prefix":395 insn.No66Prefix = true396 case v == "not_refining_f3":397 case v == "f2_refining_prefix", v == "refining_f2", v == "repne", v == "REP=2":398 insn.Prefix = append(insn.Prefix, 0xF2)399 insn.NoRepPrefix = true400 case v == "f3_refining_prefix", v == "refining_f3", v == "repe", v == "REP=3":401 insn.Prefix = append(insn.Prefix, 0xF3)402 insn.NoRepPrefix = true403 case v == "norep", v == "not_refining", v == "REP=0":404 insn.NoRepPrefix = true405 case v == "osz_refining_prefix":406 insn.Prefix = append(insn.Prefix, 0x66)407 insn.NoRepPrefix = true408 case v == "rexw_prefix", v == "W1":409 insn.Rexw = 1410 case v == "norexw_prefix", v == "W0":411 insn.Rexw = -1412 case v == "MPXMODE=1", v == "MPXMODE=0":413 case v == "TZCNT=1", v == "TZCNT=0":414 case v == "LZCNT=1", v == "LZCNT=0":415 case v == "CR_WIDTH()":416 case v == "DF64()":417 case v == "IMMUNE_REXW()":418 case v == "FORCE64()":419 case v == "eosz32", v == "eosz64":420 insn.No66Prefix = true421 case v == "EOSZ=1", v == "EOSZ!=1", v == "EOSZ=2", v == "EOSZ!=2", v == "EOSZ=3", v == "EOSZ!=3":422 case v == "BRANCH_HINT()":423 case v == "P4=1", v == "P4=0":424 case v == "rexb_prefix", v == "norexb_prefix":425 case strings.HasPrefix(v, "MODEP5="):426 case v == "IMMUNE66()", v == "REFINING66()", v == "IGNORE66()", v == "IMMUNE66_LOOP64()":427 case v == "OVERRIDE_SEG0()", v == "OVERRIDE_SEG1()", v == "REMOVE_SEGMENT()":428 case v == "ONE()":429 default:430 return errSkip(fmt.Sprintf("unknown pattern %v", v))431 }432 }433 if insn.Modrm {434 switch insn.Mod {435 case -3, -1, 0, 1, 2, 3:436 default:437 return fmt.Errorf("bad MOD value: %v", insn.Mod)438 }439 if insn.Reg < -1 || insn.Reg > 7 {440 return fmt.Errorf("bad REG value: %v", insn.Mod)441 }442 if insn.Rm < -1 || insn.Rm > 7 {443 return fmt.Errorf("bad RM value: %v", insn.Mod)444 }445 }446 if insn.Imm != 0 && len(insn.Suffix) != 0 {447 return fmt.Errorf("both immediate and suffix opcode")448 }449 if insn.Mode == 0 {450 return errSkip("no modes for instruction")451 }452 return nil453}454func parseOperands(insn *ifuzz.Insn, vals []string) error {455 for _, v := range vals {456 switch v {457 case "REG0=SEG():r", "REG1=SEG():r", "REG0=SEG():w":458 if insn.Reg != -1 {459 return fmt.Errorf("REG=SEG() operand, but fixed reg")460 }461 insn.Reg = -6462 case "REG0=CR_R():w", "REG1=CR_R():r":463 if insn.Reg != -1 {464 return fmt.Errorf("REG=CR_R() operand, but fixed reg")465 }466 insn.Reg = -8467 insn.NoSibDisp = true468 case "REG0=DR_R():w", "REG1=DR_R():r":469 insn.NoSibDisp = true470 case "MEM0:r:mem16", "MEM0:w:mem16", "MEM0:r:mem16int", "MEM0:w:mem16int":471 insn.Mem16 = true472 case "MEM0:r:mem32real", "MEM0:r:mem32int", "MEM0:w:mem32real", "MEM0:w:mem32int":473 insn.Mem32 = true474 }475 }476 return nil477}478func parseModrm(v string) (int8, error) {479 if len(v) < 4 || len(v) > 7 || v[0] != '[' || v[len(v)-1] != ']' {480 return 0, fmt.Errorf("malformed")481 }482 if v == "[mm]" || v == "[rrr]" || v == "[nnn]" {483 return -1, nil484 }485 if !strings.HasPrefix(v, "[0b") {486 return 0, fmt.Errorf("malformed")487 }488 var vv int8489 for i := 3; i < len(v)-1; i++ {490 if v[i] != '0' && v[i] != '1' {491 return 0, fmt.Errorf("malformed")492 }493 vv *= 2494 if v[i] == '1' {495 vv += 1496 }497 }498 return vv, nil499}500func addImm(insn *ifuzz.Insn, imm int8) {501 if insn.Imm == 0 {502 insn.Imm = imm503 return504 }505 if insn.Imm2 == 0 {506 insn.Imm2 = imm507 return508 }509 panic("too many immediates")510}511func failf(msg string, args ...interface{}) {512 fmt.Fprintf(os.Stderr, msg+"\n", args...)513 os.Exit(1)514}...

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1import (2func main() {3 fmt.Println(strings.Split(s, " "))4}5import (6func main() {7 fmt.Println(strings.Split(s, " "))8}9import (10func main() {11 fmt.Println(strings.Split(s, " "))12}13import (14func main() {15 fmt.Println(strings.Split(s, " "))16}17import (18func main() {19 fmt.Println(strings.Split(s, " "))20}21import (22func main() {23 fmt.Println(strings.Split(s, " "))24}25import (26func main() {27 fmt.Println(strings.Split(s, " "))28}29import (30func main() {31 fmt.Println(strings.Split(s, " "))32}33import (34func main() {35 fmt.Println(strings.Split(s, " "))36}37import (38func main() {39 fmt.Println(strings.Split(s, " "))40}

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1import (2func main() {3 fmt.Println(ifuzz.Split(s, ","))4}5import (6func main() {7 fmt.Println(ifuzz.Split(s, ","))8}9import (10func Split(s, sep string) []string {11 return strings.Split(s, sep)12}13import (14func Split(s, sep string) []string {15 return strings.Split(s, sep)16}17import (18func Split(s, sep string) []string {19 return strings.Split(s, sep)20}21import (22func Split(s, sep string) []string {23 return strings.Split(s, sep)24}25import (26func Split(s, sep string) []string {27 return strings.Split(s, sep)28}29import (30func Split(s, sep string) []string {31 return strings.Split(s, sep)32}33import (34func Split(s, sep string) []string {35 return strings.Split(s, sep)36}37import (38func Split(s, sep string) []string {39 return strings.Split(s, sep)40}41import (

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1import java.util.*;2import java.io.*;3public class 2{4public static void main(String[] args){5Scanner scan = new Scanner(System.in);6System.out.println("Enter the number of test cases: ");7int t = scan.nextInt();8for(int i=0;i<t;i++){9System.out.println("Enter the number of elements in the array: ");10int n = scan.nextInt();11int arr[] = new int[n];12for(int j=0;j<n;j++){13arr[j] = scan.nextInt();14}15System.out.println("Enter the value of k: ");16int k = scan.nextInt();17System.out.println("Enter the value of m: ");18int m = scan.nextInt();19ifuzz obj = new ifuzz();20obj.split(arr,k,m);21}22}23}24import java.util.*;25public class ifuzz{26public void split(int arr[], int k, int m){27int count=0;28for(int i=0;i<arr.length;i++){29if(arr[i]<=k){30count++;31}32}33if(count>=m){34System.out.println("Possible");35}36else{37System.out.println("Not Possible");38}39}40}41Time Complexity: O(n)42Space Complexity: O(1)

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1import (2func main() {3 fmt.Println("Enter the string")4 fmt.Scanf("%s", &str)5 fmt.Println(fuzz.Split(str))6}7Go | Fuzzing (Part 2)8Go | Fuzzing (Part 3)9Go | Fuzzing (Part 4)10Go | Fuzzing (Part 5)11Go | Fuzzing (Part 6)12Go | Fuzzing (Part 7)13Go | Fuzzing (Part 8)14Go | Fuzzing (Part 9)15Go | Fuzzing (Part 10)16Go | Fuzzing (Part 11)17Go | Fuzzing (Part 12)18Go | Fuzzing (Part 13)19Go | Fuzzing (Part 14)20Go | Fuzzing (Part 15)21Go | Fuzzing (Part 16)22Go | Fuzzing (Part 17)23Go | Fuzzing (Part 18)24Go | Fuzzing (Part 19)25Go | Fuzzing (Part 20)26Go | Fuzzing (Part 21)27Go | Fuzzing (Part 22)28Go | Fuzzing (Part 23)29Go | Fuzzing (Part 24)30Go | Fuzzing (Part 25)31Go | Fuzzing (Part 26)32Go | Fuzzing (Part 27)33Go | Fuzzing (Part 28)34Go | Fuzzing (Part 29)35Go | Fuzzing (Part 30)36Go | Fuzzing (Part 31)37Go | Fuzzing (Part 32)38Go | Fuzzing (Part 33)39Go | Fuzzing (Part 34)40Go | Fuzzing (Part 35)41Go | Fuzzing (Part 36)42Go | Fuzzing (Part 37)43Go | Fuzzing (Part 38)44Go | Fuzzing (Part 39)45Go | Fuzzing (Part 40)46Go | Fuzzing (Part 41)47Go | Fuzzing (Part 42)48Go | Fuzzing (Part

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1public class Split{2 public static void main(String[] args){3 ifuzz ifuzz = new ifuzz();4 String[] words = ifuzz.split("Hello World");5 System.out.println("Words are: "+words[0]+" "+words[1]);6 }7}8import (9func main() {10 var words = ifuzz.Split("Hello World")11 fmt.Println("Words are: "+words[0]+" "+words[1])12}13import (14func main() {15 var words = ifuzz.Split("Hello World")16 fmt.Println("Words are: "+words[0]+" "+words[1])17}18import (19func main() {20 var words = ifuzz.Split("Hello World")21 fmt.Println("Words are: "+words[0]+" "+words[1])22}23import (24func main() {25 var words = ifuzz.Split("Hello World")26 fmt.Println("Words are: "+words[0]+" "+words[1])27}28import (29func main() {30 var words = ifuzz.Split("Hello World")31 fmt.Println("Words are: "+words[0]+" "+words[1])32}33import (34func main() {35 var words = ifuzz.Split("Hello World")36 fmt.Println("Words are: "+words[0]+" "+words[1])37}38import (39func main() {40 var words = ifuzz.Split("Hello

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1import (2func main() {3 fmt.Println("Enter the string to split")4 fmt.Scanln(&str)5 splitstr := strings.Split(str, " ")6 fmt.Println(splitstr)7}8import (9func main() {10 fmt.Println("Enter the string to split")11 fmt.Scanln(&str)12 splitstr := strings.Split(str, " ")13 fmt.Println(splitstr)14 joinstr := strings.Join(splitstr, " ")15 fmt.Println(joinstr)16}17import (18func main() {19 fmt.Println("Enter the string to split")20 fmt.Scanln(&str)21 splitstr := strings.Split(str, " ")22 fmt.Println(splitstr)23 joinstr := strings.Join(splitstr, " ")24 fmt.Println(joinstr)25 fmt.Println(strings.Contains(joinstr, "Hello"))26}27import (28func main() {29 fmt.Println("Enter the string to split")30 fmt.Scanln(&str)31 splitstr := strings.Split(str, " ")32 fmt.Println(splitstr)33 joinstr := strings.Join(splitstr, " ")34 fmt.Println(joinstr)35 fmt.Println(strings.Contains(joinstr, "Hello"))36 fmt.Println(strings.Contains(joinstr, "Hi"))37}

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1import (2func main() {3 fmt.Print("Enter the input: ")4 fmt.Scanln(&input)5 ifuzz := Ifuzz{}6 result := ifuzz.split(input)7 if result[0] == "add" {8 num1, _ := strconv.Atoi(result[1])9 num2, _ := strconv.Atoi(result[2])10 ifuzz.add(num1, num2)11 } else if result[0] == "sub" {12 num1, _ := strconv.Atoi(result[1])13 num2, _ := strconv.Atoi(result[2])14 ifuzz.sub(num1, num2)15 } else if result[0] == "mul" {16 num1, _ := strconv.Atoi(result[1])17 num2, _ := strconv.Atoi(result[2])18 ifuzz.mul(num1, num2)19 } else if result[0] == "div" {20 num1, _ := strconv.Atoi(result[1])21 num2, _ := strconv.Atoi(result[2])22 ifuzz.div(num1, num2)23 } else if result[0] == "mod" {24 num1, _ := strconv.Atoi(result[1])25 num2, _ := strconv.Atoi(result[2])26 ifuzz.mod(num1, num2)27 } else if result[0] == "addstr" {28 ifuzz.addstr(result[1], result[2])29 } else if result[0] == "substr" {30 ifuzz.substr(result[1], result[2])31 } else if result[0] == "mulstr" {32 ifuzz.mulstr(result[1], result[2])33 } else if result[0] == "divstr" {34 ifuzz.divstr(result[1], result[2])35 } else if result[0] == "modstr" {36 ifuzz.modstr(result[1], result[2])37 } else if result[0] == "addbool" {38 num1, _ := strconv.ParseBool(result[1])39 num2, _ := strconv.ParseBool(result[2])40 ifuzz.addbool(num1, num2)41 } else if result[0] == "

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