How to use newBase method of td Package

Best Go-testdeep code snippet using td.newBase

fmi.go

Source:fmi.go Github

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1package fmi2import (3 "encoding/xml"4 "fmt"5 "io/ioutil"6 "math"7 "net/http"8 "net/url"9 "sort"10 "strings"11 "time"12)13type simpleFeatureCollection struct {14 Timestamp time.Time `xml:"timeStamp,attr"`15 Returned int `xml:"numberReturned,attr"`16 Matched int `xml:"numberMatched,attr"`17 Elements []observation `xml:"member>BsWfsElement"`18}19type observation struct {20 Location string `xml:"Location>Point>pos"`21 Time time.Time `xml:"Time"`22 Parameter string `xml:"ParameterName"`23 Value float64 `xml:"ParameterValue"`24}25func getFeature(query string, parameters url.Values) (*http.Response, error) {26 endpoint := url.URL{27 Scheme: "http",28 Host: "opendata.fmi.fi",29 Path: "/wfs",30 RawQuery: "service=WFS&version=2.0.0&request=getFeature",31 }32 q := endpoint.Query()33 q.Set("storedquery_id", query)34 for k, vs := range parameters {35 for _, v := range vs {36 q.Add(k, v)37 }38 }39 endpoint.RawQuery = q.Encode()40 return http.Get(endpoint.String())41}42func formatObservations(place string, observations map[string]float64) string {43 var output strings.Builder44 fmt.Fprintf(&output, "Viimeisimmät säähavainnot paikassa %s: ", strings.Title(strings.ToLower(place)))45 if !math.IsNaN(observations["t2m"]) {46 fmt.Fprintf(&output, "lämpötila %.1f°C", observations["t2m"])47 switch {48 case observations["t2m"] > 20 && !math.IsNaN(observations["td"]):49 h := humidex(observations["t2m"], observations["td"])50 if humidexScale(h) != "" {51 fmt.Fprintf(&output, " (%s, tuntuu kuin %.1f°C)", humidexScale(h), h)52 } else {53 fmt.Fprintf(&output, " (tuntuu kuin %.1f°C)", h)54 }55 case observations["t2m"] <= 10 && !math.IsNaN(observations["ws_10min"]):56 wc := windChillFmi(observations["t2m"], observations["ws_10min"])57 if windChillScale(wc) != "" {58 fmt.Fprintf(&output, " (%s, tuntuu kuin %.1f°C)", windChillScale(wc), wc)59 } else {60 fmt.Fprintf(&output, " (tuntuu kuin %.1f°C)", wc)61 }62 }63 } else {64 fmt.Fprint(&output, "lämpötilatiedot puuttuvat")65 }66 if !math.IsNaN(observations["n_man"]) {67 fmt.Fprintf(&output, ", %s", cloudCover(observations["n_man"]))68 }69 if !math.IsNaN(observations["ws_10min"]) {70 fmt.Fprintf(&output, ", %s %.f m/s (%.f m/s)", windSpeed(observations["ws_10min"], observations["wd_10min"]), observations["ws_10min"], observations["wg_10min"])71 }72 if !math.IsNaN(observations["rh"]) {73 fmt.Fprintf(&output, ", ilmankosteus %.f%%", observations["rh"])74 }75 if !math.IsNaN(observations["r_1h"]) && observations["r_1h"] >= 0 {76 fmt.Fprintf(&output, ", sateen määrä %.1f mm (%.1f mm/h)", observations["r_1h"], observations["ri_10min"])77 }78 if !math.IsNaN(observations["snow_aws"]) && observations["snow_aws"] >= 0 {79 fmt.Fprintf(&output, ", lumen syvyys %.f cm", observations["snow_aws"])80 }81 return output.String()82}83// Weather returns current weather for a place as a written description84func Weather(place string) string {85 if place == "" {86 return "Paikkaa ei syötetty"87 }88 return simpleObservations(place)89}90func appendIfMssing(slice []string, s string) []string {91 for _, el := range slice {92 if el == s {93 return slice94 }95 }96 return append(slice, s)97}98func simpleObservations(place string) string {99 q := url.Values{}100 q.Set("place", place)101 q.Set("maxlocations", "2")102 /* Parameters:103 name label measure104 t2m Air Temperature degC105 ws_10min Wind Speed m/s106 wg_10min Gust Speed m/s107 wd_10min Wind Direction degrees108 rh Relative humidity %109 td Dew-point temp. degC110 r_1h Precipitation amt mm111 ri_10min Precip. intensity mm/h112 snow_aws Snow depth cm113 -1 = no snow, 0 = snow in vicinity114 p_sea Pressure (msl) hPa115 vis Visibility m116 n_man Cloud cover 1/8117 wawa Present weather code (00-99)118 see: https://www.wmo.int/pages/prog/www/WMOCodes/WMO306_vI1/Publications/2017update/Sel9.pdf119 */120 measures := []string{"t2m", "ws_10min", "wg_10min", "wd_10min", "rh", "r_1h", "ri_10min", "snow_aws", "n_man", "td"}121 q.Set("parameters", strings.Join(measures, ","))122 // There should be data every 10 mins123 q.Set("timestep", "10")124 endTime := time.Now().UTC().Truncate(10 * time.Minute)125 startTime := endTime.Add(-10 * time.Minute)126 q.Set("starttime", startTime.Format(time.RFC3339))127 q.Set("endtime", endTime.Format(time.RFC3339))128 resp, err := getFeature("fmi::observations::weather::simple", q)129 if err != nil {130 // handle error131 return "Säähavaintoja ei saatu haettua"132 }133 defer resp.Body.Close()134 body, err := ioutil.ReadAll(resp.Body)135 if err != nil {136 // handle error?137 return "Virhe luettaessa havaintoja"138 }139 if resp.StatusCode != 200 {140 // If place parsing fails, returns 400 with OperationParsingFailed141 return "Säähavaintopaikkaa ei löytynyt"142 }143 var collection simpleFeatureCollection144 xml.Unmarshal(body, &collection)145 if collection.Matched == 0 || collection.Returned == 0 {146 return "Säähavaintoja ei löytynyt"147 }148 observations := make(map[time.Time]map[string]map[string]float64)149 times := make([]time.Time, 0)150 locations := make([]string, 0)151 for _, obs := range collection.Elements {152 if observations[obs.Time] == nil {153 times = append(times, obs.Time)154 observations[obs.Time] = make(map[string]map[string]float64)155 }156 if observations[obs.Time][obs.Location] == nil {157 locations = appendIfMssing(locations, obs.Location)158 observations[obs.Time][obs.Location] = make(map[string]float64)159 }160 observations[obs.Time][obs.Location][obs.Parameter] = obs.Value161 }162 sort.Slice(times, func(i, j int) bool {163 return times[i].After(times[j])164 })165 latestObs := make(map[string]float64)166 for _, timeIndex := range times {167 for _, locationIndex := range locations {168 if countNanMeasures(observations[timeIndex][locationIndex], measures) != len(measures) {169 latestObs = observations[timeIndex][locationIndex]170 }171 }172 }173 if len(latestObs) == 0 {174 return "Säähavaintoja ei löytynyt"175 }176 return formatObservations(place, latestObs)177}178func countNanMeasures(obs map[string]float64, measures []string) int {179 count := 0180 for _, measure := range measures {181 if math.IsNaN(obs[measure]) {182 count++183 }184 }185 return count186}187// windSpeed takes wind speed s (m/s) and direction d (angle) and188// returns a textual representation of them.189// For reference, see: https://ilmatieteenlaitos.fi/tuulet190func windSpeed(s float64, d float64) string {191 switch {192 case s < 0:193 return ""194 case s < 1:195 return "tyyntä"196 case s <= 4:197 return fmt.Sprintf("heikkoa %stuulta", windDirection(d))198 case s <= 8:199 return fmt.Sprintf("kohtalaista %stuulta", windDirection(d))200 case s <= 14:201 return fmt.Sprintf("navakkaa %stuulta", windDirection(d))202 case s <= 21:203 return fmt.Sprintf("kovaa %stuulta", windDirection(d))204 case s < 33:205 return "myrskyä"206 case s >= 33:207 return "hirmumyrskyä"208 }209 return ""210}211// windDirection takes a wind direction d in angles (0-360) and converts212// it to a string representation. For reference, see:213// https://ilmatieteenlaitos.fi/tuulet214func windDirection(d float64) string {215 switch {216 case d < 0:217 return ""218 case d >= 0 && d <= 22.5:219 return "pohjois"220 case d < 67.5:221 return "koillis"222 case d <= 112.5:223 return "itä"224 case d < 157.5:225 return "kaakkois"226 case d <= 202.5:227 return "etelä"228 case d < 247.5:229 return "lounais"230 case d <= 292.5:231 return "länsi"232 case d < 337.5:233 return "luoteis"234 case d >= 337.5 && d <= 360:235 return "pohjois"236 }237 return ""238}239// cloudCover converts the cloud cover measure (1/8) to textual format240// using definitions at https://ilmatieteenlaitos.fi/pilvisyys241func cloudCover(d float64) string {242 switch {243 case d < 0:244 return ""245 case d >= 0 && d <= 1:246 return "selkeää"247 case d <= 3:248 return "melko selkeää"249 case d <= 5:250 return "puolipilvistä"251 case d <= 7:252 return "melko pilvistä"253 case d <= 8:254 return "pilvistä"255 case d == 9:256 return "taivas ei näy"257 }258 return ""259}260// humidex calculates the humidity index given air temperature t (degC)261// and dew point (degC) td.262// For reference, see https://en.wikipedia.org/wiki/Humidex263func humidex(t float64, td float64) float64 {264 return t + 5.0/9.0*(6.11*math.Exp(5417.7530*(1/273.16-1/(273.15+td)))-10)265}266// humidexScale converts humidex index h to a textual classification using267// definitions from:268// https://web.archive.org/web/20150319113439/http://ilmatieteenlaitos.fi/tietoa-helteen-tukaluudesta269func humidexScale(h float64) string {270 switch {271 case h < 20:272 return ""273 case h <= 26:274 return "mukava"275 case h <= 30:276 return "lämmin"277 case h <= 34:278 return "kuuma"279 case h <= 40:280 return "tukala"281 case h > 40:282 return "erittäin tukala"283 }284 return ""285}286// windChill calculates the wind chill effect given air temperature t (degC)287// and wind speed v (m/s) using a Canadian formula.288// The calculation works for air temperatures at or below 10C and wind speeds above 0.4 m/s.289// For reference see,290// https://fi.m.wikipedia.org/wiki/Pakkasen_purevuus#Uusi_kaava291func windChill(t float64, v float64) float64 {292 return 13.12 + 0.6215*t - 13.956*math.Pow(v, 0.16) + 0.4867*t*math.Pow(v, 0.16)293}294// WindChillFmi calculates wind chill with FMI's formula295// For reference see,296// https://github.com/fmidev/smartmet-library-newbase/blob/0da9473163883089c35a4c7267ba4c8a8bb3e14f/newbase/NFmiMetMath.cpp#L380297// https://tietopyynto.fi/tietopyynto/ilmatieteen-laitoksen-kayttama-tuntuu-kuin-laskentakaava/298func windChillFmi(t float64, v float64) float64 {299 var kmh = v * 3.6300 if kmh < 5 {301 return t + (-1.59+0.1345*t)/5*kmh302 }303 return 13.12 + 0.6215*t - 11.37*math.Pow(v, 0.16) + 0.3965*t*math.Pow(v, 0.16)304}305// SummerSimmer calculates the Summer Simmer index306// For reference see,307// https://github.com/fmidev/smartmet-library-newbase/blob/0da9473163883089c35a4c7267ba4c8a8bb3e14f/newbase/NFmiMetMath.cpp#L335308// http://www.summersimmer.com/home.htm309func SummerSimmer(t float64, rh float64) float64 {310 const simmerLimit = 14.5311 const rhRef = 50.0 / 100.0312 if t <= simmerLimit {313 return t314 }315 var r = rh / 100.0316 return (1.8*t - 0.55*(1-r)*(1.8*t-26) - 0.55*(1-rhRef)*26) / (1.8 * (1 - 0.55*(1-rhRef)))317}318// FeelsLikeTemperature calculates FMI's "feel like" temperature319// For reference see,320// https://github.com/fmidev/smartmet-library-newbase/blob/0da9473163883089c35a4c7267ba4c8a8bb3e14f/newbase/NFmiMetMath.cpp#L418321// https://tietopyynto.fi/tietopyynto/ilmatieteen-laitoksen-kayttama-tuntuu-kuin-laskentakaava/322func FeelsLikeTemperature(t float64, v float64, rh float64, rad float64) float64 {323 const a = 15.0324 const t0 = 37.0325 var chill = a + (1-a/t0)*t + a/t0*math.Pow(v+1, 0.16)*(t-t0)326 var heat = SummerSimmer(t, rh)327 var feels = t + (chill - t) + (heat - t)328 if rad != -1 {329 const absorption = 0.07330 feels += 0.7*absorption*rad/(v+10) - 0.25331 }332 return feels333}334// windChillScale converts windChill index w to a textual representation using335// classifications from https://fi.wikipedia.org/wiki/Pakkasen_purevuus336func windChillScale(w float64) string {337 switch {338 case w > -25:339 return ""340 case w <= -60:341 return "suuri paleltumisvaara"342 case w <= -35:343 return "paleltumisvaara"344 case w <= -25:345 return "erittäin kylmä"346 }347 return ""348}...

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main.go

Source:main.go Github

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...18type OffsetTime struct {19 offset time.Duration20 base simTime21}22func (t *OffsetTime) normalizeTo(newBase simTime) {23 oldBase := t.base24 difference := oldBase.Sub(newBase.Time)25 t.base = newBase26 t.offset = t.offset + difference27}28func (t *OffsetTime) replaceBaseWithoutNormalizing(newBase simTime) {29 t.base = newBase30}31func (t *simTime) UnmarshalJSON(buf []byte) error {32 tt, err := time.Parse(time.StampMicro, strings.Trim(string(buf), `"`))33 if err != nil {34 return err35 }36 t.Time = tt37 return nil38}39type ThroughputData struct {40 time OffsetTime41 count int42}43func (td ThroughputData) toStringList() []string {44 time := fmt.Sprintf("%d", td.time.offset.Milliseconds())45 throughput := fmt.Sprintf("%d", td.count)46 return []string{time, throughput}47}48type ThroughputDataset struct {49 data []ThroughputData50}51func (td *ThroughputDataset) getColumnNames() []string {52 return []string{"time", "count"}53}54func (td *ThroughputDataset) toCsv(filename string) {55 file, err := os.Create(filename)56 if err != nil {57 panic(err)58 }59 defer file.Close()60 w := csv.NewWriter(file)61 defer w.Flush()62 columns := td.getColumnNames()63 w.Write(columns)64 for _, throughputData := range td.data {65 w.Write(throughputData.toStringList())66 }67}68type LatencyData struct {69 time OffsetTime70 latency time.Duration71 dropped bool72}73type Dataset interface {74 getColumnNames() []string75}76type LatencyDataset struct {77 data []LatencyData78}79func (ld *LatencyDataset) getColumnNames() []string {80 return []string{"time", "latency"}81}82func (ld *LatencyDataset) replaceBaseTimes(newBase simTime) {83 for _, data := range ld.data {84 data.time.replaceBaseWithoutNormalizing(newBase)85 }86}87func (ld *LatencyDataset) normalizeTimesTo(newBase simTime) {88 for _, data := range ld.data {89 data.time.normalizeTo(newBase)90 }91}92func (ld LatencyData) toStringList() []string {93 time := fmt.Sprintf("%d", ld.time.offset.Milliseconds())94 latency := fmt.Sprintf("%d", ld.latency.Milliseconds())95 dropped := fmt.Sprintf("%v", ld.dropped)96 return []string{time, latency, dropped}97}98func experimentType(filename string) string {99 parts := strings.Split(filename, "/")100 name := strings.Split(parts[len(parts)-1], ".csv")[0]101 return name102}103func (lg *LatencyDataset) toCsv(filename string) {...

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error.go

Source:error.go Github

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1// Package errors provides error and error wrapping facilities that allow2// for the easy reporting of call stacks and structured error annotations.3package errors4import (5 "bytes"6 "encoding/json"7 "fmt"8)9// New returns a base error that captures the call stack.10func New(text string) error {11 return NewBase(1, text)12}13// Base is an error type that supports capturing the call stack at creation14// time, and storing separate text & data to allow structured logging.15// While it could be used directly, it may make more sense as an16// anonymous inside a package/application specific error struct.17type Base struct {18 Text string19 Fields Fields20 CallStack CallStack21}22// Fields holds the annotations for an error.23type Fields map[string]interface{}24// NewBase creates a new Base, capturing a call trace starting25// at "skip" calls above.26func NewBase(skip int, text string) *Base {27 return &Base{28 Text: text,29 CallStack: CurrentCallStack(skip + 1),30 }31}32func (e *Base) Error() string {33 return textAndFields(e.Text, e.Fields)34}35// AddFields allows a Error message to be further annotated with36// a set of key,values, to add more context when inspecting37// Error messages.38func (e *Base) AddFields(fields Fields) {39 e.Fields = combineFields(e.Fields, fields)40}41// Location returns the location info (file, line, ...) for the place42// where this Error error was created.43func (e *Base) Location() *Location {44 return e.CallStack[0].Location()45}46func (e *Base) String() string {47 var td string48 loc := e.Location()49 if e.Text != "" || len(e.Fields) > 0 {50 td = fmt.Sprintf(": %s", textAndFields(e.Text, e.Fields))51 }52 return fmt.Sprintf("%s:%d%s", loc.File, loc.Line, td)53}54// MarshalJSON creates a JSON representation of a Error.55func (e *Base) MarshalJSON() ([]byte, error) {56 m := make(Fields)57 loc := e.Location()58 m["file"] = loc.File59 m["line"] = loc.Line60 m["func"] = loc.Func61 if e.Text != "" {62 m["text"] = e.Text63 }64 if len(e.Fields) > 0 {65 m["fields"] = e.Fields66 }67 return json.Marshal(m)68}69// Stack returns the call stack from where this Error was created.70func (e *Base) Stack() CallStack {71 return e.CallStack72}73func combineFields(f1 Fields, f2 Fields) Fields {74 data := make(Fields, len(f1)+len(f2))75 for k, v := range f1 {76 data[k] = v77 }78 for k, v := range f2 {79 data[k] = v80 }81 return data82}83func textAndFields(text string, fields Fields) string {84 buf := &bytes.Buffer{}85 if text != "" {86 buf.WriteString(text)87 }88 for k, v := range fields {89 buf.WriteByte(' ')90 buf.WriteString(k)91 buf.WriteByte('=')92 fmt.Fprintf(buf, "%+v", v)93 }94 return string(buf.Bytes())95}...

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newBase

Using AI Code Generation

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1import "fmt"2type td struct {3}4func main() {5 a = newBase(3, 4)6 fmt.Println(a.x, a.y)7}8func newBase(x, y int) td {9 return td{x, y}10}11type td struct {12}13type td struct {14}15type td struct {16}17type td struct {18}19type td struct {20}21type td struct {22}23type td struct {24}25type td struct {26}27type td struct {28}29type td struct {30}

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newBase

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1import (2func main() {3 td := newBase()4 fmt.Println(td.a, td.b)5}6import (7func main() {8 td := newBase()9 fmt.Println(td.a, td.b)10}11import (12func main() {13 td := newBase()14 fmt.Println(td.a, td.b)15}16import (17func main() {18 td := newBase()19 fmt.Println(td.a, td.b)20}21import (22func main() {23 td := newBase()24 fmt.Println(td.a, td.b)25}26import (27func main() {28 td := newBase()29 fmt.Println(td.a, td.b)30}31import (32func main() {33 td := newBase()34 fmt.Println(td.a, td.b)35}36import (37func main() {38 td := newBase()39 fmt.Println(td.a, td.b)40}41import (42func main() {43 td := newBase()44 fmt.Println(td.a, td.b)45}46import (

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newBase

Using AI Code Generation

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1import (2func main() {3 b := td.NewBase(2, 3)4 fmt.Println(b)5}6import (7func main() {8 b := td.NewBase(2, 3)9 fmt.Println(b)10}11import (12func main() {13 b := td.NewBase(2, 3)14 fmt.Println(b)15}16import (17func main() {18 b := td.NewBase(2, 3)19 fmt.Println(b)20}21import (22func main() {23 b := td.NewBase(2, 3)24 fmt.Println(b)25}26import (27func main() {28 b := td.NewBase(2, 3)29 fmt.Println(b)30}31import (32func main() {33 b := td.NewBase(2, 3)34 fmt.Println(b)35}36import (37func main() {38 b := td.NewBase(2, 3)39 fmt.Println(b)40}41import (42func main() {43 b := td.NewBase(2, 3)44 fmt.Println(b)45}46import (47func main() {48 b := td.NewBase(2, 3)49 fmt.Println(b)50}

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newBase

Using AI Code Generation

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1import (2type td struct {3}4func main() {5 fmt.Println("hello world")6 t := td{name: "hello"}7 t.newBase()8}9import (10type td struct {11}12func (t td) newBase() {13 fmt.Println("hello world")14}15func main() {16 fmt.Println("hello world")17 t := td{name: "hello"}18 t.newBase()19}20import (21type td struct {22}23func (t td) newBase() {24 fmt.Println("hello world")25}26func main() {27 fmt.Println("hello world")28 t := td{name: "hello"}29 t.newBase()30}31import (32type td struct {33}34func (t td) newBase() {35 fmt.Println("hello world")36}37func main() {38 fmt.Println("hello world")39 t := td{name: "hello"}40 t.newBase()41}42import (43type td struct {44}45func (t td) newBase() {46 fmt.Println("hello world")47}48func main() {49 fmt.Println("hello world")50 t := td{name: "hello"}51 t.newBase()52}53import (54type td struct {55}56func (t td) newBase() {57 fmt.Println("hello world")58}59func main() {60 fmt.Println("hello world")61 t := td{name: "hello"}62 t.newBase()63}64import (65type td struct {66}67func (t td) newBase() {68 fmt.Println("hello world")69}70func main() {71 fmt.Println("hello world")72 t := td{name: "hello"}73 t.newBase()74}

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newBase

Using AI Code Generation

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1td1 := new(td)2td1.newBase()3println(td1.base)4println(td1.name)5println(td1.age)6println(td1.newBase())7td1 := new(td)8td1.newBase()9println(td1.base)10println(td1.name)11println(td1.age)12println(td1.newBase())13td1 := new(td)14td1.newBase()15println(td1.base)16println(td1.name)17println(td1.age)18println(td1.newBase())19td1 := new(td)20td1.newBase()21println(td1.base)22println(td1.name)23println(td1.age)24println(td1.newBase())25td1 := new(td)26td1.newBase()27println(td1.base)28println(td1.name)29println(td1.age)30println(td1.newBase())31td1 := new(td)32td1.newBase()33println(td1.base)34println(td1.name)35println(td1.age)36println(td1.newBase())

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newBase

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1func main(){2 td.newBase(2, 3)3 fmt.Println(td.x)4}5type td struct {6}7func (td *td) newBase(a, b int) {8}9type td struct {10}11func (td *td) newBase(a, b int) {12}13import (14func main(){15 td.newBase(2, 3)16 fmt.Println(td.x)17}18type td struct {19}20func (td *td) newBase(a, b int) {21}22import (23func main(){24 td.newBase(2, 3)25 fmt.Println(td.x)26}27type td struct {28}29func (td *td) newBase(a, b int) {30}31import (32func main(){33 td.newBase(2, 3)34 fmt.Println(td.x)35}

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