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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}

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