How to use Str method of prog Package

Best Syzkaller code snippet using prog.Str

aoc_test.go

Source:aoc_test.go

...49			prog: `50vvv51	func MD5(s string) string {52		sum := md5.Sum([]byte(s))53		return hex.EncodeToString(sum[:])54	}55^^^56=md5 { MD5 (input + string x) }57iota | first (md5 | hasPrefix "000")58iota | first (md5 | hasPrefix "0000")59`,60			exp: `613784621085963`,64		},65		{66			year: 2015, day: 5,67			prog: `68=input lines69=hasVowels chars | count (contains _ "aeiou") >= 370=hasDouble chars | window 2 | any -<(==)71=noBlacklist containsAny ["ab", "cd", "pq", "xy"] | not72=nice -: hasVowels and hasDouble and noBlacklist73count nice74=hasPair { window 2 x | any (count _ x >= 2) }75=hasABA chars | window 3 | any -<{ x == z }76=nice -: hasPair and hasABA77count nice78`,79			exp: `80255815582`,83		},84		{85			year: 2015, day: 8,86			prog: `87=input lines88vvv89	func Quote(s string) string {90		return strconv.Quote(s)91	}92	func Unquote(s string) string {93		s, err := strconv.Unquote(s)94		if err != nil {95			panic(err)96		}97		return s98	}99^^^100map {len x - len (Unquote x)} | sum101map {(len (Quote x)) - len x} | sum102`,103			exp: `10413711052117106`,107		},108		{109			// NOTE: altered from original; 50 iterations takes WAY too long110			year: 2015, day: 10,111			prog: `112=looksay runs | map -:((len | string) + head) | concat113iterate looksay | _.20 | len114iterate looksay | _.30 | len115`,116			exp: `117125011817874119`,120		},121		{122			year: 2016, day: 3,123			prog: `124=input lines | map ints125=validTri perms | all -<{x + y > z}126count validTri127=input transpose | concat | partition 3128count validTri129`,130			exp: `1319821321826133`,134		},135		{136			year: 2016, day: 4,137			prog: `138=input lines | map (parse ` + "`" + `([a-z\-]+)(\d+)\[(\w+)\]` + "`" + `)139=checksum delete "-" | histogram | sortBy [{x.1 > y.1}, {x.0 < y.0}] | take 5 | map _.0 | concat140=input filter -< {checksum x == z}141map (_.1 | int) | sum142first (take 2 |< {caesar (int y) x} == "northpole-object-storage-") | .1143`,144			exp: `145409147146991147`,148		},149		{150			// NOTE: altered from original; five zeros takes WAY too long151			year: 2016, day: 5,152			prog: `153vvv154	func MD5(s string) string {155		sum := md5.Sum([]byte(s))156		return hex.EncodeToString(sum[:])157	}158^^^159=md5 {MD5 (input + string x)}160iota | map md5 | filter (hasPrefix "00") | take 8 | transpose | _.5161=findIndices filter (_.5 < "8") | prepend [] | scan {append y x | uniqBy _.5} | first (len == 8)162iota | map md5 | filter (hasPrefix "00") | findIndices | sortBy _.5 | transpose | _.6163`,164			exp: `165f2e104391667479c696167`,168		},169		{170			year: 2016, day: 6,171			prog: `172=input lines | transpose | map histogram173map maxIndex | concat174map minIndex | concat175`,176			exp: `177nabgqlcw178ovtrjcjh179`,180		},181		{182			year: 2017, day: 1,183			prog: `184=input digits185append (head input) | window 2 | filter -<(==) | map (.0) | sum186zip input (rotate (len input / 2) input) | filter -<(==) | map (.0) | sum187`,188			exp: `1891047190982191`,192		},193		{194			year: 2017, day: 2,195			prog: `196=input lines | map ints197map -:(max - min) | sum198=d choose 2 | map (sortBy (>)) | first -<(%?) |< (/)199map d | sum200`,201			exp: `20234925203221204`,205		},206		{207			year: 2017, day: 4,208			prog: `209=input lines | map words210count (dups | len == 0)211count (map sort | dups | len == 0)212`,213			exp: `214466215251216`,217		},218		{219			year: 2018, day: 1,220			prog: `221=input ints222sum223cycle | scan (+) | firstRepeat224`,225			exp: `22651822772889228`,229		},230		{231			year: 2018, day: 2,232			prog: `233=input lines234map histogram input |: (count (hasVal 2)) * (count (hasVal 3))235=sub1 head input | len - 1236choose 2 | map -<(same) | first (len == sub1) | concat237`,238			exp: `2397657240ivjhcadokeltwgsfsmqwrbnuy241`,242		},243		{244			year: 2018, day: 5,245			prog: `246=units zipWith (+) alpha (toUpper alpha)247=units concat [units, (map reverse units)]248=react deleteAll units249=polymer stabilize react | len250polymer input251=without deleteAll _ input | polymer252map without (zip alpha (toUpper alpha)) | min253`,254			exp: `25598222565726257`,258		},259		{260			year: 2019, day: 1,261			prog: `262=input ints263=fuel {x/3 - 2}264map fuel | sum265=recfuel fuel | iterate fuel | takeWhile (>0) | sum266map recfuel | sum267`,268			exp: `26931735182704757427271`,272		},273		{274			year: 2019, day: 4,275			prog: `276=input split "-" | map int |< enum | map digits | filter sorted277count (runs | any (len >= 2))278count (runs | any (len == 2))279`,280			exp: `281895282591283`,284		},285		{286			year: 2019, day: 8,287			prog: `288=input partition (25*6) | map (map int | collect)289minBy (count 0) | histogram |: (_.1 * _.2)290transpose | map (first (!= 2)) | map [1:"#", 0:" "]._ | concat | partition 25 | join "\n"291`,292			exp: `2932064294#  #  ##  #  # ####  ##  295# #  #  # #  #    # #  # 296##   #  # #  #   #  #  # 297# #  #### #  #  #   #### 298# #  #  # #  # #    #  # 299#  # #  #  ##  #### #  # 300`,301		},302		{303			year: 2020, day: 1,304			prog: `305=input ints306choose 2 | first (sum == 2020) | product307choose 3 | first (sum == 2020) | product308`,309			exp: `31074447531170276940312`,313		},314		{315			year: 2020, day: 6,316			prog: `317=input split "\n\n" | map lines318map (concat | histogram | len) | sum319map { count (len x) (concat x | histogram | vals) } | sum320`,321			exp: `32270273233579324`,325		},326		{327			year: 2020, day: 9,328			prog: `329=input ints330=invalid input | window 26 | first { choose 2 x | none (sum == (last x)) } | last331invalid332=trim inits | first (sum >= invalid)333tails | map trim | first (sum == invalid) |: min + max334`,335			exp: `3361038347917337137394018338`,339		},340	}341	for _, test := range tests {342		input, err := ioutil.ReadFile(fmt.Sprintf("inputs/%v_day%v.txt", test.year, test.day))343		if err != nil {344			t.Error("missing input for", test.year, test.day)345			continue346		}347		p := parser.Parse(lexer.Tokenize(test.prog))348		var output []string349		start := time.Now()350		err = evaluator.New().Run(p, string(input), func(v evaluator.Value) {351			output = append(output, v.String())352		})353		elapsed := time.Since(start)354		if err != nil {355			t.Fatal(err)356		}357		if exp := strings.Trim(test.exp, "\n"); strings.Join(output, "\n") != exp {358			t.Errorf("output did not match for %v day%v:\nexp:\n%q\ngot:\n%q", test.year, test.day,359				exp, strings.Join(output, "\n"))360			continue361		}362		elapsedStr := fmt.Sprintf("%2ds %3dms", elapsed/time.Second, (elapsed%time.Second)/time.Millisecond)363		switch {364		case elapsed < 100*time.Millisecond:365			elapsedStr = color.GreenString(elapsedStr)366		case elapsed < 1*time.Second:367			elapsedStr = color.WhiteString(elapsedStr)368		case elapsed < 5*time.Second:369			elapsedStr = color.YellowString(elapsedStr)370		default:371			elapsedStr = color.RedString(elapsedStr)372		}373		t.Logf("%v day %2v PASS (%v)", test.year, test.day, elapsedStr)374	}375}...

main.go

Source:main.go

1package main2import "io/ioutil"3import (4	//	"bytes"5	"fmt"6	"os"7	"strconv"8	"strings"9)10var orig = []string{}11var progA = []string{}12var progB = []string{}13var progC = []string{}14var progD = []string{}15var progE = []string{}16func main() {17	b, _ := ioutil.ReadAll(os.Stdin)18	orig = strings.Split(string(b), ",")19	progA := make([]string, len(orig))20	progB := make([]string, len(orig))21	progC := make([]string, len(orig))22	progD := make([]string, len(orig))23	progE := make([]string, len(orig))24	copy(progA, orig)25	copy(progB, orig)26	copy(progC, orig)27	copy(progD, orig)28	copy(progE, orig)29	//4321030	max := 031		for i := 0; i < 100000; i++ {32//	for i := 98765; i < 98766; i++ {33		str := itoa(i)34		str = prepend(str)35		if bad(str) {36			continue37		}38		fmt.Println(str)39		o1, out1 := "", ""40		o2, out2 := "", ""41		o3, out3 := "", ""42		o4, out4 := "", ""43		o5, out5 := "0", ""44		pc1, pc2, pc3, pc4, pc5 := 0, 0, 0, 0, 045		done := false46		//		fmt.Println(str[:1])47		//		fmt.Println(str[1:2])48		//		fmt.Println(str[2:3])49		//		fmt.Println(str[3:4])50		//		fmt.Println(str[4:5])51		//	check := ""52		//		j := 053		for {54			//			fmt.Println(j)55			//			j++56			o1, pc1, out1, done = exec(o5, str[:1], progA, pc1, out1)57			if done {58				//	fmt.Println("A HALTED", o1, pc1)59				//	fmt.Println(o1)60				break61			}62			o2, pc2, out2, done = exec(o1, str[1:2], progB, pc2, out2)63			if done {64				//	fmt.Println("B HALTED")65				break66			}67			o3, pc3, out3, done = exec(o2, str[2:3], progC, pc3, out3)68			if done {69				//	fmt.Println("C HALTED")70				break71			}72			o4, pc4, out4, done = exec(o3, str[3:4], progD, pc4, out4)73			if done {74				//	fmt.Println("D HALTED")75				break76			}77			o5, pc5, out5, done = exec(o4, str[4:5], progE, pc5, out5)78			if done {79				//		fmt.Println("E HALTED")80				break81			}82			//	fmt.Println("outputs", o1, o2, o3, o4, o5)83			//	fmt.Println("pcs", pc1, pc2, pc3, pc4, pc5)84			//			if check == o5 {85			//				fmt.Println("broken... caught in a loop")86			//				break87			//			}88			//			check = o589			//		fmt.Println("output E", o5)90		}91		if atoi(o5) > max {92			max = atoi(o5)93		}94		fmt.Println(o5, "<====", str)95	}96	fmt.Println("max thruster", max)97}98func bad(str string) bool {99	dup := map[string]bool{}100	dup[str[:1]] = true101	dup[str[1:2]] = true102	dup[str[2:3]] = true103	dup[str[3:4]] = true104	dup[str[4:5]] = true105	_, ok0 := dup["0"]106	_, ok1 := dup["1"]107	_, ok2 := dup["2"]108	_, ok3 := dup["3"]109	_, ok4 := dup["4"]110	return len(dup) < 5 || ok1 || ok2 || ok3 || ok4 || ok0111}112func abs(i int) int {113	if i < 0 {114		return -i115	}116	return i117}118func prepend(s string) string {119	l := abs(len(s) - 5)120	if l > 0 {121		s = strings.Repeat("0", l) + s122	}123	return s124}125func exec(input string, signal string, prog []string, pc int, o string) (string, int, string, bool) {126	signalled := false127	if o != "" {128		signalled = true129	}130	outsignal := o131	//Loop:132	for {133		precode := prog[pc]134		code, mode1, mode2, _ := modes(precode)135		switch code {136		case "1", "01": //addition137			p1 := atoi(prog[pc+1])138			op1 := getvalue(mode1, p1, prog)139			p2 := atoi(prog[pc+2])140			op2 := getvalue(mode2, p2, prog)141			p3 := atoi(prog[pc+3])142			prog[p3] = strconv.Itoa(op1 + op2)143			pc = pc + 4144		case "2", "02": //multiplication145			p1 := atoi(prog[pc+1])146			op1 := getvalue(mode1, p1, prog)147			p2 := atoi(prog[pc+2])148			op2 := getvalue(mode2, p2, prog)149			p3 := atoi(prog[pc+3])150			prog[p3] = strconv.Itoa(op1 * op2)151			pc = pc + 4152		// instructions with one parameter153		case "3": //save154			data := input155			if !signalled {156				data = signal157				signalled = true158			}159			saveTo := atoi(prog[pc+1])160			prog[saveTo] = data161			pc = pc + 2162		case "4", "04": //output163			p1 := atoi(prog[pc+1])164			output := getvalue(mode1, p1, prog)165			//fmt.Println("output => ", output)166			outsignal = itoa(output)167			pc = pc + 2168			return outsignal, pc, outsignal, false169		// jumps170		case "5", "05": //jump if true171			p1 := atoi(prog[pc+1])172			op1 := getvalue(mode1, p1, prog)173			p2 := atoi(prog[pc+2])174			op2 := getvalue(mode2, p2, prog)175			if op1 != 0 {176				pc = op2177				continue178			}179			pc = pc + 3180		case "6", "06": //jump if false181			p1 := atoi(prog[pc+1])182			op1 := getvalue(mode1, p1, prog)183			p2 := atoi(prog[pc+2])184			op2 := getvalue(mode2, p2, prog)185			if op1 == 0 {186				pc = op2187				continue188			}189			pc = pc + 3190		//comparisons191		case "7", "07": //less than192			p1 := atoi(prog[pc+1])193			op1 := getvalue(mode1, p1, prog)194			p2 := atoi(prog[pc+2])195			op2 := getvalue(mode2, p2, prog)196			p3 := atoi(prog[pc+3])197			if op1 < op2 {198				prog[p3] = strconv.Itoa(1)199			} else {200				prog[p3] = strconv.Itoa(0)201			}202			pc = pc + 4203		case "8", "08": //lequals204			p1 := atoi(prog[pc+1])205			op1 := getvalue(mode1, p1, prog)206			p2 := atoi(prog[pc+2])207			op2 := getvalue(mode2, p2, prog)208			p3 := atoi(prog[pc+3])209			if op1 == op2 {210				prog[p3] = strconv.Itoa(1)211			} else {212				prog[p3] = strconv.Itoa(0)213			}214			pc = pc + 4215		case "99":216			//	fmt.Println("HALT!")217			//fmt.Println("POS 0", prog[0])218			fmt.Println("halt output => ", outsignal)219			//os.Exit(0)220			return outsignal, pc, outsignal, true221			//break Loop222		default:223			fmt.Println("code", code, mode1)224			panic("oh dear")225		}226	}227	//		} //j228	//	}//i229	//	return ""230}231func itoa(i int) string {232	return strconv.Itoa(i)233}234func atoi(s string) int {235	s = strings.TrimSpace(s)236	i, err := strconv.Atoi(s)237	if err != nil {238		fmt.Println("illegal", s, err.Error())239		panic("oh dear")240	}241	return i242}243func getvalue(mode int, i int, prog []string) int {244	if mode == 0 {245		return atoi(prog[i])246	}247	return i248}249// tidy this up before it gets even more complex!!250func modes(s string) (opcode string, mode1 int, mode2 int, mode3 int) {251	s = strings.TrimSpace(s)252	if len(s) == 1 {253		opcode = s254		mode1 = 0255		mode2 = 0256		mode3 = 0257		return258	}259	if len(s) == 2 {260		opcode = s[0:]261		mode1 = 0262		mode2 = 0263		mode3 = 0264		return265	}266	if len(s) == 3 {267		opcode = s[1:]268		mode1 = atoi(s[0:1])269		mode2 = 0270		mode3 = 0271		return272	}273	if len(s) == 4 {274		opcode = s[2:]275		mode1 = atoi(s[1:2])276		mode2 = atoi(s[0:1])277		mode3 = 0278		return279	}280	if len(s) == 5 {281		fmt.Println(s)282		opcode = s[3:]283		mode1 = atoi(s[2:3])284		mode2 = atoi(s[1:2])285		mode3 = atoi(s[0:1])286		return287	}288	panic("ohdear")289}...

parser_errors_test.go

Source:parser_errors_test.go

...50		`fun testFun(x, y, z,) {return x;`,51		`fun testFun(x, y, z,) {return x;`,52		`fun testFun(x, y z, a) {return x;}`,53	}54	for _, progStr := range progs {55		assertInvalid(t, progStr)56	}57}58func TestFuncDeclValid(t *testing.T) {59	progs := []string{60		`fun testFun(x,y) {return x;}`,61		`fun testFun(x,) {return x;}`,62		`fun testFun(x, y, z,) {return x;}`,63		`fun testFun(x) {return x;}`,64		`fun testFun() {return x;}`,65		`fun testFun() {66            var i = 0;67            var n = 2;68            while i < 10 {69                n = n * 2;70                i = i + 1;71            }72            return n;73        }`,74		`fun testFun() {75            var i = 0;76            var n = 2;77            while i < 10 {78                n = n * 2;79                i = i + 1;80            }81        }`,82	}83	for _, progStr := range progs {84		assertNoErrors(t, progStr)85	}86}87func TestBlockValid(t *testing.T) {88	progs := []string{89		`{}`,90		`var x = 0;91        {while x != 10 {x = x + 1;}}`,92		`var x = 0;93        {while x != 10 {x = x + 1;}}94        {while x != 12 {x = x + 1; print x * 3;}}`,95		`{ var x = 0; }96        var x = 10;`,97	}98	for _, progStr := range progs {99		assertNoErrors(t, progStr)100	}101}102func TestBlockInvalid(t *testing.T) {103	progs := []string{104		`{}}`,105		`{{}`,106		`{};`,107		`{;};`,108		`var x = 0;109        {while x != 10 {x = x + 1; print x;}};`,110		`{{ var x = 0; }111        var x = 10;`,112	}113	for _, progStr := range progs {114		assertInvalid(t, progStr)115	}116}117func TestCallExprValid(t *testing.T) {118	progs := []string{119		`testFun();`,120		`testFun(1, 2 + 3, x);`,121		`testFun(1, 2 + 3, x,);`,122		`testFun(testFun2());`,123	}124	for _, progStr := range progs {125		assertNoErrors(t, progStr)126	}127}128func TestCallExprInvalid(t *testing.T) {129	progs := []string{130		`10();`,131		`testFun(1,, 2 + 3, x);`,132		`testFun(1, 2 + 3, x,,);`,133		`testFun(10());`,134		`testFun(1 } 2);`,135		`testFun(1 2);`,136		`testFun(`,137		`testFun(;`,138		`testFun((;`,139		`testFun((;`,140	}141	for _, progStr := range progs {142		assertInvalid(t, progStr)143	}144}145func TestVarValid(t *testing.T) {146	progs := []string{147		`var x = "hey";`,148		`var y = 13.5;`,149		`var x = 13.5 + 8 / 2 - 3 * 4;`,150		`var z = x;`,151		`var a = testFun(testFun2());`,152		`var x = testFun();153         var y = testFun();`,154		`var y = testFun(1, 2 + 3, x);`,155		`var z = testFun(1, 2 + 3, x,);`,156		`var a = testFun(testFun2());`,157	}158	for _, progStr := range progs {159		assertNoErrors(t, progStr)160	}161}162func TestVarInvalid(t *testing.T) {163	progs := []string{164		`var 10 = "hey";`,165		`var y 13.5;`,166		`var y { 13.5;`,167		`var y = 13.5`,168		`var z * x`,169		`var a testFun(testFun2());`,170		`var x = return testFun();`,171	}172	for _, progStr := range progs {173		assertInvalid(t, progStr)174	}175}176func TestAssignValid(t *testing.T) {177	progs := []string{178		`x = "hey";`,179		`y = 13.5;`,180		`x = 13.5 + 8 / 2 - 3 * 4;`,181		`z = x;`,182		`a = testFun(testFun2());`,183		`x = testFun();184         y = testFun();`,185		`y = testFun(1, 2 + 3, x);`,186		`z = 1.5 + testFun(1, 2 + 3, x,);`,187		`a = testFun(testFun2());`,188	}189	for _, progStr := range progs {190		assertNoErrors(t, progStr)191	}192}193func TestAssignInvalid(t *testing.T) {194	progs := []string{195		`10 = "hey";`,196		`y = 13.5`,197		`y { 13.5;`,198		`y = 13.5 1;`,199		`y = z * x z`,200		`y = z * x z;`,201		`x = 10; y = z * x z`,202		`a b = testFun(testFun2());`,203		`x = return testFun();`,204	}205	for _, progStr := range progs {206		assertInvalid(t, progStr)207	}208}209func TestReturnValid(t *testing.T) {210	progs := []string{211		`return "hey";`,212		`return 13.5 + 8 / 2 - 3 * 4;`,213		`return x;`,214		`return;`,215		`return testFun(testFun2());`,216		`return testFun();217         return testFun();`,218		`return testFun(1, 2 + 3, x);`,219		`return 1 + testFun(1, 2 + 3, x,);`,220		`return testFun(testFun2());`,221	}222	for _, progStr := range progs {223		assertNoErrors(t, progStr)224	}225}226func TestReturnInvalid(t *testing.T) {227	progs := []string{228		`return "hey"`,229		`return "hey; return"`,230		`return "hey; return;"`,231		`return "hey; return 19"`,232		`return "hey; return return"`,233		`return "hey; return return;"`,234		`return "hey; return return 19"`,235		`return "hey; return return 19;"`,236		`return 13.5 } 1`,237		`return {}`,238		`return fun hey(){}`,239		`return return testFun();`,240	}241	for _, progStr := range progs {242		assertInvalid(t, progStr)243	}244}245func TestExprValid(t *testing.T) {246	progs := []string{247		`"hey";`,248		`13.5 + 8 / 2 - 3 * 4;`,249		`x;`,250		`x23;`,251		`testFun(testFun2());`,252		`testFun();253         testFun();`,254		`testFun(1, 2 + 3, x);`,255		`1 + testFun(1, 2 + 3, x,);`,256		`testFun(testFun2());`,257	}258	for _, progStr := range progs {259		assertNoErrors(t, progStr)260	}261}262func TestExprInvalid(t *testing.T) {263	progs := []string{264		`"hey"`,265		`x23 , 3`,266		`x23 . 3`,267	}268	for _, progStr := range progs {269		assertInvalid(t, progStr)270	}271}...

Str

Using AI Code Generation

1import (2type prog struct {3}4func (p prog) Str() string {5	return fmt.Sprintf("%s is %d years old and his email id is %s", p.name, p.age, p.email)6}7func main() {8	p := prog{"Arun", 20, "

Str

Using AI Code Generation

1import (2func main() {3	fmt.Println("Enter string")4	fmt.Scan(&s)5	p := Prog.Prog{s}6	fmt.Println(p.Str())7}8type Prog struct {9}10func (p Prog) Str() string {11}12import (13func main() {14	fmt.Println("Enter string")15	fmt.Scan(&s)16	p := Prog.Prog{s}17	fmt.Println(p.Str())18}19type Prog struct {20}21func (p Prog) Str() string {22}23import (24func main() {25	fmt.Println("Enter string")26	fmt.Scan(&s)27	p := Prog.Prog{s}28	fmt.Println(p.Str())29}30type Prog struct {31}32func (p Prog) Str() string {33}34import (35func main() {36	fmt.Println("Enter string")37	fmt.Scan(&s)38	p := Prog.Prog{s}39	fmt.Println(p.Str())40}41type Prog struct {42}43func (p Prog) Str() string {44}45import (46func main() {47	fmt.Println("Enter string")48	fmt.Scan(&s)49	p := Prog.Prog{s}50	fmt.Println(p.Str())51}52type Prog struct {53}54func (p Prog

Str

Using AI Code Generation

1import (2func main() {3	fmt.Println(s)4}5func (s Str) String() string {6	return string(s)7}8func (s Str) String() string {9	return string(s)10}11import (12func main() {13	fmt.Println(s)14}15func (s Str) String() string {16	return string(s)17}18func (s Str) String() string {19	return string(s)20}21func (s Str) String() string {22	return string(s)23}

Str

Using AI Code Generation

1import (2func main() {3    obj.Str()4    fmt.Println(obj)5}6import (7type Prog struct {8}9func (p Prog) Str() {10    fmt.Println("Str method of Prog")11}12func (p Prog) String() string {13    return fmt.Sprintf("String method of Prog")14}15import (16func TestStr(t *testing.T) {17    obj.Str()18}19func TestString(t *testing.T) {20    obj.String()21}

Str

Using AI Code Generation

1import (2func main() {3 fmt.Println(prog.Str())4}5import (6func main() {7 fmt.Println(prog.Str())8}

Str

Using AI Code Generation

1import (2func main() {3	p.Str()4	fmt.Println(p)5}6import "fmt"7type prog struct {8}9func (p prog) Str() {10	fmt.Println(p.name)11	fmt.Println(p.age)12}

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.