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How to use split method of ifuzz Package

Best Syzkaller code snippet using ifuzz.split

gen.go

Source:gen.go

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}...

split

Using AI Code Generation

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}

split

Using AI Code Generation

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 (

split

Using AI Code Generation

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)

split

Using AI Code Generation

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

split

Using AI Code Generation

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

split

Using AI Code Generation

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}

split

Using AI Code Generation

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] == "

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.