How to use MakeStats method of main Package

Best Syzkaller code snippet using main.MakeStats

main.go

Source:main.go

1package main2import (3	"encoding/json"4	"flag"5	"fmt"6	"os"7	"sort"8	"strconv"9	"strings"10)11var godatafile = "GOdata.txt" //filename of the GO data that will be used for weapons, current artifacts, and optimization settings besides ER. When go adds ability to optimize for x*output1 + y*output2, the reference sim will be used to determine optimization target.12var wantfile = "kqmarti2.csv"13var artis []Artifact14var wantdb []Want15var allcompete bool16var allcompetem bool17func main() {18	flag.BoolVar(&allcompete, "ac", false, "true = all sets on a single line in the want file compete for rank")19	flag.BoolVar(&allcompetem, "acm", false, "all mainstats on a line compete")20	flag.Parse()21	readArtifacts()22	readWant()23	evalartis()24	printResults()25}26func readWant() {27	f, err := os.ReadFile(wantfile)28	if err != nil {29		fmt.Printf("%v", err)30	}31	rawwant := string(f)32	wants := strings.Split(rawwant, "\n")33	var vals []float6434	for i := range wants {35		wants[i] = strings.Replace(wants[i], "\r", "", -1)36		data := strings.Split(wants[i], ",")37		if len(data) <= 1 {38			continue39		}40		if i == 0 {41			valstr := data[5:]42			for j := range valstr {43				fl, _ := strconv.ParseFloat(valstr[j], 64)44				vals = append(vals, fl)45			}46			continue47		}48		var w Want49		w.Char = data[0]50		data[1] = strings.Replace(data[1], "2atk", "gf sr vh eof", -1)51		sets := strings.Split(data[1], " ")52		w.Set = []string{sets[0]}53		for j := range sets {54			if j != 0 {55				w.Set = append(w.Set, sets[j])56			}57		}58		data[len(data)-1] = strings.Replace(data[len(data)-1], "\r", "", 1) //remove weird \r char59		w.Mainstats = [][]float64{makestats("hpf", 1.0), makestats("atkf", 1.0), makestats(data[2], 1.0), makestats(data[3], 1.0), makestats(data[4], 1.0)}60		//w.Substats = addsubs(newsubs(), makestats(data[5], 1.0))61		//w.Substats = addsubs(w.Substats, makestats(data[6], 0.5))62		w.Substats = newsubs()63		for j := range vals {64			w.Substats = addsubs(w.Substats, makestats(data[5+j], vals[j]))65		}66		//fmt.Printf("%v\n", w)67		wantdb = append(wantdb, w)68	}69}70func makestats(stats string, val float64) []float64 {71	s := newsubs()72	if stats == "" {73		return s74	}75	sssss := strings.Split(stats, " ")76	for i := range sssss {77		if sssss[i] == "crit" {78			s[getMeStat("cr")] = val79			s[getMeStat("cd")] = val80		} else {81			s[getMeStat(sssss[i])] = val82		}83	}84	return s85}86type Want struct {87	Set       []string88	Substats  []float6489	Char      string90	Mainstats [][]float6491}92type Artifact struct {93	Set          string94	Substats     []float6495	Lines        int96	Mainstat     int97	Level        int98	Slot         int99	BestOn       int100	RVon         int101	BestOff      int102	RVoff        int103	Rarity       int104	currv        int105	curon        bool106	bestrank     int107	bestrankid   int108	bestrankison bool109	meetseria    bool110}111func getSetID(dom string) int { //returns the internal id for an artifact112	id := -1113	for i, a := range artinames {114		if dom == a {115			id = i116		}117	}118	if id == -1 {119		fmt.Printf("no set found for %v", dom)120		return -1121	}122	return id123}124func printResults() {125	sort.Sort(sortt(artis))126	for _, a := range artis {127		name := artiname(a) + ":"128		on := ""129		off := ""130		rank := ""131		if a.RVon == 0 {132			on = "On: N/A"133		} else {134			on = "On: " + fmt.Sprintf("%d", a.RVon) + "% for " + wantdb[a.BestOn].Char135		}136		if a.RVoff == 0 {137			off = "Off: N/A"138		} else {139			off = "Off: " + fmt.Sprintf("%d", a.RVoff) + "% for " + wantdb[a.BestOff].Char140		}141		if a.bestrank == 1000 {142			rank = "Best Rank: N/A"143		} else {144			onoff := "off"145			if a.bestrankison {146				onoff = "on"147			}148			rank = "Best Rank: #" + fmt.Sprintf("%d", a.bestrank) + " " + onoff + "-piece for " + wantdb[a.bestrankid].Char149		}150		//fmt.Printf("%v", a)151		fmt.Printf(" %-60v%-40v%-40v%-40v\n", name, on, off, rank)152	}153}154func artiname(a Artifact) string {155	name := a.Set156	name += "+" + strconv.Itoa(a.Level) + strings.ToUpper(slotKey[a.Slot][:1])157	if a.Slot >= 2 {158		name += meStats[a.Mainstat]159	}160	name += "-"161	first := true162	for i, s := range a.Substats {163		if s > 0 {164			if !first {165				name += ","166			} else {167				first = false168			}169			if ispct[i] == 100 {170				name += meStats[i] + fmt.Sprintf("%0.1f", s*float64(ispct[i])) + "%"171			} else {172				name += strings.Replace(meStats[i], "f", "", 1) + fmt.Sprintf("%0.0f", s*float64(ispct[i]))173			}174		}175	}176	return name177}178type GOarti struct {179	SetKey      string `json:"setKey"`180	Rarity      int    `json:"rarity"`181	Level       int    `json:"level"`182	SlotKey     string `json:"slotKey"`183	MainStatKey string `json:"mainStatKey"`184	Substats    []struct {185		Key   string  `json:"key"`186		Value float64 `json:"value"`187	} `json:"substats"`188	Location string `json:"location"`189	Exclude  bool   `json:"exclude"`190	Lock     bool   `json:"lock"`191}192func readArtifacts() {193	f, err := os.ReadFile(godatafile)194	if err != nil {195		fmt.Printf("%v", err)196	}197	rawgood := string(f)198	artisection := "[" + rawgood[strings.Index(rawgood, "artifacts\"")+12:strings.Index(rawgood, "weapons\"")-2]199	var gartis []GOarti200	err = json.Unmarshal([]byte(artisection), &gartis)201	//asnowman := subsubs(ar)202	for i := range gartis { //this currently works by looking for an arti with 3 stats = and 1 stat bigger (main stat), should be good enough?203		var art Artifact204		art.Set = artiabbrs[getSetID(gartis[i].SetKey)]205		art.Lines = 0206		art.Mainstat = getStatID(gartis[i].MainStatKey)207		art.Level = gartis[i].Level208		art.Rarity = gartis[i].Rarity209		art.Slot = getSlotID(gartis[i].SlotKey)210		art.Substats = newsubs()211		art.BestOn = 0212		art.BestOff = 0213		art.RVon = 0214		art.RVoff = 0215		art.currv = -1216		art.curon = false217		art.bestrank = 1000218		art.bestrankid = -1219		art.bestrankison = false220		art.meetseria = false221		for _, s := range gartis[i].Substats {222			if s.Key == "" {223				break224			}225			art.Substats[getStatID(s.Key)] += s.Value / float64(ispct[getStatID(s.Key)])226			art.Lines++227		}228		artis = append(artis, art)229	}230}231func evalartis() {232	for i, w := range wantdb {233		for j, a := range artis {234			rv := maxrv(a, w) + currv(a, w)235			on := isOn(a, w)236			if on {237				if rv > a.RVon {238					artis[j].RVon = rv239					artis[j].BestOn = i240				}241			} else {242				if rv > a.RVoff {243					artis[j].RVoff = rv244					artis[j].BestOff = i245				}246			}247			artis[j].currv = rv248			artis[j].curon = on249		}250		rank(w, i)251	}252}253func rank(w Want, id int) {254	//on255	for i := 0; i < 5; i++ {256		for j := range w.Set {257			for k := range w.Mainstats[i] {258				if w.Mainstats[i][k] > 0 {259					setMeetseria(true, i, w.Set[j], k)260					if allcompetem {261						setMeetseria2(true, i, w.Set[j], w.Mainstats[i])262					}263					for l := range artis {264						if artis[l].meetseria {265							r := calcRank(l)266							if r < artis[l].bestrank {267								artis[l].bestrank = r268								artis[l].bestrankid = id269								artis[l].bestrankison = true270							}271						}272					}273				}274			}275		}276	}277	//off278	for i := 0; i < 5; i++ {279		for k := range w.Mainstats[i] {280			if w.Mainstats[i][k] > 0 {281				setMeetseria(false, i, "any", k)282				if allcompetem {283					setMeetseria2(true, i, "any", w.Mainstats[i])284				}285				for l := range artis {286					if artis[l].meetseria {287						r := calcRank(l)288						if r < artis[l].bestrank {289							artis[l].bestrank = r290							artis[l].bestrankid = id291							artis[l].bestrankison = false292						}293					}294				}295			}296		}297	}298}299func setMeetseria(on bool, slot int, set string, ms int) {300	for i := range artis {301		artis[i].meetseria = true302		if slot != artis[i].Slot || ms != artis[i].Mainstat {303			artis[i].meetseria = false304		} else if allcompete {305			if on != artis[i].curon && set != "any" {306				artis[i].meetseria = false307			}308		} else if set != artis[i].Set && set != "any" {309			artis[i].meetseria = false310		}311	}312}313func setMeetseria2(on bool, slot int, set string, ms []float64) {314	for i := range artis {315		artis[i].meetseria = true316		if slot != artis[i].Slot || ms[artis[i].Mainstat] == 0 {317			artis[i].meetseria = false318		} else if allcompete {319			if on != artis[i].curon && set != "any" {320				artis[i].meetseria = false321			}322		} else if set != artis[i].Set && set != "any" {323			artis[i].meetseria = false324		}325	}326}327func calcRank(id int) int {328	r := 1329	for i := range artis {330		if artis[i].meetseria && artis[i].currv > artis[id].currv {331			r++332		}333	}334	return r335}336func isOn(a Artifact, w Want) bool {337	for _, s := range w.Set {338		if s == a.Set {339			return true340		}341	}342	return false343}344func maxrv(a Artifact, w Want) int {345	ptrolls := 5 - a.Level/4346	rv := 0347	if a.Lines == 3 {348		ptrolls--349		//choose the best stat not currently on arti350		w2 := addsubs(newsubs(), w.Substats)351		for i := range a.Substats {352			if a.Substats[i] > 0 {353				w2[i] = 0354			}355		}356		rv += int(100.0 * maxsub(w2))357	}358	w2 := addsubs(newsubs(), w.Substats)359	if a.Lines == 4 { //if 4 lines, best stat to upgrade might not be the BIS one360		for i := range a.Substats {361			if a.Substats[i] == 0 {362				w2[i] = 0363			}364		}365	}366	rv += ptrolls * int(100.0*maxsub(w2))367	return int(float64(rv)*w.Mainstats[a.Slot][a.Mainstat]) + currv(a, w)368}369func currv(a Artifact, w Want) int {370	rv := 0371	for i := range a.Substats {372		rv += int(a.Substats[i] / maxrolls[i] * w.Substats[i] * 100.0)373	}374	return int(float64(rv) * w.Mainstats[a.Slot][a.Mainstat])375}376func maxsub(subs []float64) float64 {377	max := -1.0378	for _, s := range subs {379		if s > max {380			max = s381		}382	}383	return max384}385func newsubs() []float64 { //empty stat array386	return []float64{0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}387}388func getStatID(key string) int {389	for i, k := range statKey {390		if k == key {391			return i392		}393	}394	fmt.Printf("%v not recognized as a key", key)395	return -1396}397func getMeStat(key string) int {398	for i, k := range meStats {399		if k == key {400			return i401		}402	}403	fmt.Printf("%v not recognized as a mestat", key)404	return -1405}406func getSlotID(key string) int {407	for i, k := range slotKey {408		if k == key {409			return i410		}411	}412	fmt.Printf("%v not recognized as a key", key)413	return -1414}415var artinames = []string{"BlizzardStrayer", "HeartOfDepth", "ViridescentVenerer", "MaidenBeloved", "TenacityOfTheMillelith", "PaleFlame", "HuskOfOpulentDreams", "OceanHuedClam", "ThunderingFury", "Thundersoother", "EmblemOfSeveredFate", "ShimenawasReminiscence", "NoblesseOblige", "BloodstainedChivalry", "CrimsonWitchOfFlames", "Lavawalker", "GladiatorsFinale",416	"Berserker", "WanderersTroupe", "TheExile", "Instructor", "VermillionHereafter", "EchoesOfAnOffering", "Gambler", "Scholar"}417var artiabbrs = []string{"bs", "hod", "vv", "mb", "tom", "pf", "husk", "ohc", "tf", "ts", "esf", "sr", "no", "bsc", "cw", "lw", "gf", "ber", "wt", "exl", "ins", "vh", "eof", "gmb", "sch"}418var simChars = []string{"ganyu", "rosaria", "kokomi", "venti", "ayaka", "mona", "albedo", "fischl", "zhongli", "raiden", "bennett", "xiangling", "xingqiu", "shenhe", "yae", "kazuha", "beidou", "sucrose", "jean", "chongyun", "yanfei", "keqing", "tartaglia", "eula", "lisa", "yunjin"}419var simCharsID = []int{0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25}420var GOchars = []string{"Ganyu", "Rosaria", "SangonomiyaKokomi", "Venti", "KamisatoAyaka", "Mona", "Albedo", "Fischl", "Zhongli", "RaidenShogun", "Bennett", "Xiangling", "Xingqiu", "Shenhe", "YaeMiko", "KaedeharaKazuha", "Beidou", "Sucrose", "Jean", "Chongyun", "Yanfei", "Keqing", "Tartaglia", "Eula", "Lisa", "YunJin"}421var slotKey = []string{"flower", "plume", "sands", "goblet", "circlet"}422var statKey = []string{"atk", "atk_", "hp", "hp_", "def", "def_", "eleMas", "enerRech_", "critRate_", "critDMG_", "heal_", "pyro_dmg_", "electro_dmg_", "cryo_dmg_", "hydro_dmg_", "anemo_dmg_", "geo_dmg_", "physical_dmg_"}423var meStats = []string{"atkf", "atk", "hpf", "hp", "deff", "def", "em", "er", "cr", "cd", "heal", "pyro", "electro", "cryo", "hydro", "anemo", "geo", "phys"}424var ispct = []int{1, 100, 1, 100, 1, 100, 1, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100, 100}425var maxrolls = []float64{19.45, 0.0583, 298.75, 0.0583, 23.15, 0.0729, 23.31, 0.0648, 0.0389, 0.0777, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0, -1.0}426func addsubs(s1, s2 []float64) []float64 {427	add := newsubs()428	for i := range add {429		add[i] = s1[i] + s2[i]430	}431	return add432}433func subsubs(s1, s2 []float64) []float64 {434	sub := []float64{0, 0, 0, 0, 0, 0, 0, 0, 0, 0}435	for i := range sub {436		sub[i] = s1[i] - s2[i] //math.Max(0, s1[i]-s2[i])437	}438	return sub439}440func multsubs(s []float64, mult float64) []float64 {441	sub := []float64{0, 0, 0, 0, 0, 0, 0, 0, 0, 0}442	for i := range sub {443		sub[i] = s[i] * mult444	}445	return sub446}447var subchance = []int{6, 4, 6, 4, 6, 4, 4, 4, 3, 3}448var srolls = []float64{0.824, 0.941, 1.059, 1.176}449var rollints = []int{1, 1, 30, 80, 50}450var mschance = [][]int{ //chance of mainstat based on arti type451	{0, 0, 1},452	{1},453	{0, 8, 0, 8, 0, 8, 3, 3},454	{0, 17, 0, 17, 0, 16, 2, 0, 0, 0, 0, 4, 4, 4, 4, 4, 4, 4},455	{0, 11, 0, 11, 0, 11, 2, 0, 5, 5, 5},456}457type sortt []Artifact458func (s sortt) Len() int {459	return len(s)460}461func (s sortt) Swap(i, j int) {462	s[i], s[j] = s[j], s[i]463}464func (s sortt) Less(i, j int) bool {465	return s[i].RVoff >= s[j].RVoff466}...

usageplot_test.go

Source:usageplot_test.go

1package main2import (3	"errors"4	"testing"5	"time"6	"github.com/stretchr/testify/require"7	"go.dedis.ch/simnet/metrics"8	"gonum.org/v1/plot"9	"gonum.org/v1/plot/plotter"10)11func TestUsagePlot_Process(t *testing.T) {12	n := 513	up := newUsagePlot(false, false, false, false)14	p, err := up.Process(makeStats(n))15	require.NoError(t, err)16	require.NotNil(t, p)17	up = newUsagePlot(true, true, true, true)18	var values []interface{}19	up.processor = func(p *plot.Plot, vv ...interface{}) error {20		values = vv21		return nil22	}23	p, err = up.Process(makeStats(n))24	require.NoError(t, err)25	require.NotNil(t, p)26	require.Equal(t, 24, len(values))27	require.Equal(t, n, values[1].(plotter.XYs).Len())28	ticks := p.X.Tick.Marker.Ticks(0, 5)29	require.Len(t, ticks, 6)30	require.Contains(t, ticks[0].Label, "A")31	require.Contains(t, ticks[0].Label, "B")32}33func TestUsagePlot_ProcessFailure(t *testing.T) {34	n := 535	e := errors.New("processor error")36	up := newUsagePlot(false, false, false, false)37	up.processor = func(*plot.Plot, ...interface{}) error {38		return e39	}40	_, err := up.Process(makeStats(n))41	require.Error(t, err)42	require.Equal(t, e, err)43	e = errors.New("factory error")44	up.factory = func() (*plot.Plot, error) {45		return nil, e46	}47	_, err = up.Process(makeStats(n))48	require.Error(t, err)49	require.Equal(t, e, err)50}51func makeValues(n int) []uint64 {52	return make([]uint64, n)53}54func makeNodeStats(n int) metrics.NodeStats {55	return metrics.NodeStats{56		Timestamps: make([]int64, n),57		TxBytes:    makeValues(n),58		RxBytes:    makeValues(n),59		CPU:        makeValues(n),60		Memory:     makeValues(n),61	}62}63func makeStats(n int) *metrics.Stats {64	return &metrics.Stats{65		Timestamp: time.Now().Unix(),66		Tags: map[int64]string{67			0:             "A",68			1:             "B",69			9999999999999: "C",70		},71		Nodes: map[string]metrics.NodeStats{72			"node0": makeNodeStats(n),73			"node1": makeNodeStats(n),74			"node2": makeNodeStats(n),75		},76	}77}...

benchmark.go

Source:benchmark.go

1package main2import (3	"time"4	"fmt"5	"runtime"6	"runtime/debug"7)8func getTime(f func()) float64 {9	t0 := time.Now ()10	f()11	return time.Since(t0).Seconds()12}13func makeStats() debug.GCStats {14	return debug.GCStats{15		// LastGC: time.UnixMilli(0),16		NumGC: 0,17    PauseTotal: time.UnixMilli(0).Sub(time.UnixMilli(0)),18		Pause: make([]time.Duration, 5),19	}20}21func benchmarkRun(msg string, f func()) {22  repeat := max[int](1, parseInt("repeat", 1))23	warmup := max[float64](0.0, parseFloat64("warmup", 0.0))24	procs := max[int](1, parseInt("procs", 1))25	gcpct := parseInt("gcpct", 100)26  runtime.GOMAXPROCS(procs)27	old_gcpct := debug.SetGCPercent(gcpct)28	if (old_gcpct != gcpct) {29		fmt.Printf("gcpct %d (old value %d)\n", gcpct, old_gcpct)30	}31	if warmup > 0.001 {32    fmt.Printf("============ WARMUP ============\n")33    tStart := time.Now()34    for time.Since(tStart).Seconds() < warmup {35      tm := getTime(f)36      fmt.Printf("warmup_run %.3fs\n", tm);37    }38    fmt.Printf("========== END WARMUP ==========\n");39  }40  tms := make([]float64, repeat)41	stats0 := makeStats()42	debug.ReadGCStats(&stats0)43  fmt.Printf(msg + "\n")44  for i := 0; i < repeat; i++ {45    tm := getTime(f)46    fmt.Printf("time %.3fs\n", tm);47    tms[i] = tm;48  }49	stats1 := makeStats()50	debug.ReadGCStats(&stats1)51  sum := 0.052	for i := 0; i < repeat; i++ {53		sum += tms[i]54	}55	fmt.Printf("\naverage %.3fs\n", sum / float64(repeat))56	fmt.Printf("average-num-gcs %.1f\n", float64(stats1.NumGC - stats0.NumGC) / float64(repeat));57	fmt.Printf("average-gc-pause %.5f\n", (stats1.PauseTotal.Seconds() - stats0.PauseTotal.Seconds()) / float64(repeat));58}...

MakeStats

Using AI Code Generation

1import (2func main() {3	s := stats.MakeStats()4	s.Add(1.0)5	s.Add(2.0)6	s.Add(3.0)7	s.Add(4.0)8	fmt.Println(s.Count())9	fmt.Println(s.Min())10	fmt.Println(s.Max())11	fmt.Println(s.Mean())12	fmt.Println(s.StdDev())13}14import (15func main() {16	s := stats.MakeStats()17	s.Add(1.0)18	s.Add(2.0)19	s.Add(3.0)20	s.Add(4.0)21	fmt.Println(s.Count())22	fmt.Println(s.Min())23	fmt.Println(s.Max())24	fmt.Println(s.Mean())25	fmt.Println(s.StdDev())26}27import (28func main() {29	s := stats.MakeStats()30	s.Add(1.0)31	s.Add(2.0)32	s.Add(3.0)33	s.Add(4.0)34	fmt.Println(s.Count())35	fmt.Println(s.Min())36	fmt.Println(s.Max())37	fmt.Println(s.Mean())38	fmt.Println(s.StdDev())39}40import (41func main() {42	s := stats.MakeStats()43	s.Add(1.0)44	s.Add(2.0)45	s.Add(3.0)46	s.Add(4.0)47	fmt.Println(s.Count())48	fmt.Println(s.Min())49	fmt.Println(s.Max())50	fmt.Println(s.Mean())51	fmt.Println(s.StdDev())52}53import (54func main() {55	s := stats.MakeStats()56	s.Add(1.0)57	s.Add(2.0)58	s.Add(3.0)59	s.Add(4.0)60	fmt.Println(s.Count())61	fmt.Println(s.Min())62	fmt.Println(s.Max())63	fmt.Println(s.Mean())64	fmt.Println(s.StdDev())65}66import (

MakeStats

Using AI Code Generation

1import (2func main() {3 stats := MakeStats()4 fmt.Println(stats)5}6import (7func MakeStats() string {8}

MakeStats

Using AI Code Generation

1import "fmt"2import "math/rand"3import "time"4func main() {5    r := rand.New(rand.NewSource(time.Now().UnixNano()))6    for i := 0; i < 100; i++ {7        stats = append(stats, r.Float64())8    }9    fmt.Println(MakeStats(stats))10}11import "math"12type Stats struct {13}14func MakeStats(numbers []float64) Stats {15    stats.Mean = sum(numbers) / float64(len(numbers))16    stats.Median = median(numbers)17    stats.Mode = mode(numbers)18}19func sum(numbers []float64) (total float64) {20    for _, n := range numbers {21    }22}23func median(numbers []float64) float64 {24    sort.Float64s(numbers)25    if len(numbers)%2 == 0 {26        return (numbers[len(numbers)/2-1] + numbers[len(numbers)/2]) / 227    }28    return numbers[len(numbers)/2]29}30func mode(numbers []float64) float64 {31    for _, n := range numbers {32        for _, m := range numbers {33            if m == n {34            }35        }36        if count > maxCount {37        }38    }39}40I have been using the Go language for a while now and I have to say that I am really impressed by the language. I have been using it for a few projects and I have to say that it has been a very pleasant experience. I am not going to go into the details of the language, but I have to say that the language has been very easy to pick up and use. The language is very well documented and there are a lot of resources available for learning the language. One of the most important things about the language is that it is very easy to learn. I have been using it for a while now and I have to say that I am really impressed by the language. I have been using it for a few projects and I have to say that it has been

MakeStats

Using AI Code Generation

1import (2func main() {3	f, err := os.Create("test.txt")4	if err != nil {5		log.Fatal(err)6	}7	defer f.Close()8	fmt.Fprintln(f, "Hello World!")9	f, err = os.Open("test.txt")10	if err != nil {11		log.Fatal(err)12	}13	defer f.Close()14	stats, err := f.Stat()15	if err != nil {16		log.Fatal(err)17	}

MakeStats

Using AI Code Generation

1import (2func main() {3	stats = make([]int, 5)4	stats = MakeStats()5	fmt.Println(stats)6}7import (8func MakeStats() []int {9	stats = make([]int, 5)10	for i := range stats {11		stats[i] = rand.Intn(6) + 112	}13}

MakeStats

Using AI Code Generation

1import "fmt"2func main() {3    var stats = MakeStats()4    fmt.Println(stats)5}6{0 0 0 0}7{0 0 0 0}8import "fmt"9func main() {10    var stats = new(Stats)11    fmt.Println(stats)12}13type Stats struct {14}15&{0 0 0 0}16import "fmt"17func main() {18    var stats = &Stats{}19    fmt.Println(stats)20}21type Stats struct {22}23&{0 0 0 0}24import "fmt"25func main() {26    var stats = &Stats{0, 0, 0, 0}27    fmt.Println(stats)28}29type Stats struct {30}31&{0 0 0 0}

MakeStats

Using AI Code Generation

1import (2func main() {3    start := time.Now()4    MakeStats(root)5    end := time.Now()6    delta := end.Sub(start)7    fmt.Printf("Time taken: %v8}9import (10func main() {11    start := time.Now()12    MakeStats(root)13    end := time.Now()14    delta := end.Sub(start)15    fmt.Printf("Time taken: %v16}17import (18func main() {19    start := time.Now()20    MakeStats(root)21    end := time.Now()22    delta := end.Sub(start)23    fmt.Printf("Time taken: %v24}25import (26func main() {27    start := time.Now()28    MakeStats(root)29    end := time.Now()30    delta := end.Sub(start)31    fmt.Printf("Time taken: %v

MakeStats

Using AI Code Generation

1import (2func main() {3stats.MakeStats(50, 100, 150)4fmt.Println("Average:", stats.Average())5fmt.Println("Min:", stats.Min())6fmt.Println("Max:", stats.Max())7}8type Stats struct {9}10func (s *Stats) MakeStats(min, max, sum int) {11}12func (s *Stats) Average() float64 {13return float64(s.sum) / 314}15func (s *Stats) Min() int {16}17func (s *Stats) Max() int {18}19import "fmt"20type Person struct {21}22func (p Person) Add(a, b int) int {23}24func main() {25fmt.Println(p.Add(10, 20))26}27import "fmt"28type Person struct {29}30func (p Person) Display() {31fmt.Println("Name:", p.name)32fmt.Println("Age:", p.age)33}34func main() {35p.Display()36}

MakeStats

Using AI Code Generation

1import (2func main() {3	stats := MakeStats()4	stats.Add(1)5	stats.Add(2)6	stats.Add(3)7	fmt.Println(stats.GetMax())8}9type Stats struct {10}11func (s *Stats) Add(val int) {12	if val > s.max {13	}14}15func (s *Stats) GetMax() int {16}17func MakeStats() *Stats {18	return &Stats{}19}20import (21var args struct {22}23func main() {24    arg.MustParse(&args)25    fmt.Println(args.Input)26    fmt.Println(args.Output)27}28reflect.Value.Type(0x0, 0x0, 0x0, 0x0, 0x0)

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