How to use FIt method of vendored Package

Best Ginkgo code snippet using vendored.FIt

packong.go

Source:packong.go

1package packong2import (3	"errors"4	"fmt"5	"io"6	"math"7	"sort"8	"strconv"9	"strings"10	"sync"11	"github.com/innermond/packong/internal/svg"12	"github.com/innermond/pak"13)14const (15	CONTINUE_FIT_OP = iota16	ABORT_FIT_OP17)18// strategies used for packing boxes on mother box19var strategies = map[string]*pak.Base{20	"BestAreaFit":      &pak.Base{&pak.BestAreaFit{}},21	"BestLongSide":     &pak.Base{&pak.BestLongSide{}},22	"BestShortSide":    &pak.Base{&pak.BestShortSide{}},23	"BottomLeft":       &pak.Base{&pak.BottomLeft{}},24	"BestSimilarRatio": &pak.Base{&pak.BestSimilarRatio{}},25}26// Op describe a boxes packing operation27type Op struct {28	// dimensions's boxes29	dimensions []string30	// filename of a graphic file (svg) with boxes packed31	outname string32	// measurement unit: mm, cm33	unit string34	// mother box dimensions35	width, height float6436	// when true boxes area is surround exactly area boxes swarm37	tight bool38	// plain FALSE indicates svg output is as-inkscape39	plain bool40	// will rendered "wxh" dimensions pair on every box41	showDim bool42	// amount of expanding area's box in order to accomodate to loosing material43	// when a physical cut (that has real width which eats from box area) occurs44	cutwidth float6445	// point from where boxes are lay down46	topleftmargin float6447	// prices:48	// mu - material used, a price that reflects man's work49	// ml - material lost, a price regarding raw material - that's it it doesn't contains man's work50	// pp - perimeter price, a price connected with number of cuts needed for breaking big sheet to needed pieces51	// pd - price of moving to location52	mu, ml, pp, pd float6453	// it considers lost material as valuable as used material54	greedy bool55	// vendors are selling lengths of sheets measured by natural numbers56	vendorsellint bool57	// scale factors: k is for lenghts, k2 is for areas58	k, k2 float6459	// output for web60	outweb bool61	// outline, no fill62	outline bool63}64func NewOp(w, h float64, dd []string, u string) *Op {65	op := &Op{66		width:      w,67		height:     h,68		dimensions: dd,69		unit:       u,70		tight: true,71		plain: true,72		greedy:        false,73		vendorsellint: true,74	}75	op.k, op.k2 = op.kk()76	return op77}78func (op *Op) Topleft(tl float64) *Op {79	op.topleftmargin = tl80	return op81}82func (op *Op) WidthHeight(w, h float64) *Op {83	op.width = w84	op.height = h85	return op86}87func (op *Op) Dimensions(dd []string) *Op {88	op.dimensions = dd89	return op90}91func (op *Op) Tight(t bool) *Op {92	op.tight = t93	return op94}95func (op *Op) Appearance(yesno ...bool) *Op {96	switch len(yesno) {97	case 0:98		op.plain = true99		op.showDim = false100	case 1:101		op.plain = yesno[0]102	case 3:103		op.plain = yesno[0]104		op.showDim = yesno[1]105		op.outline = yesno[2]106	default:107		op.plain = yesno[0]108		op.showDim = yesno[1]109	}110	return op111}112func (op *Op) Cutwidth(cw float64) *Op {113	op.cutwidth = cw114	return op115}116func (op *Op) Outname(name string) *Op {117	op.outname = name118	return op119}120func (op *Op) Outweb(val bool) *Op {121	op.outweb = val122	return op123}124func (op *Op) Price(mu, ml, pp, pd float64) *Op {125	op.mu = mu126	op.ml = ml127	op.pp = pp128	op.pd = pd129	return op130}131func (op *Op) Greedy(mood bool) *Op {132	op.greedy = mood133	return op134}135func (op *Op) VendorSellInt(sell bool) *Op {136	op.vendorsellint = sell137	return op138}139func (op *Op) kk() (float64, float64) {140	k := 1000.0141	switch op.unit {142	case "cm":143		k = 100.0144	case "m":145		k = 1.0146	}147	k2 := k * k148	return k, k2149}150func (op *Op) NumStrategy() int {151	return len(strategies)152}153func (op *Op) Fit(pp [][]*pak.Box, deep bool) (*Report, []FitReader, error) {154	wins := map[string][]float64{}155	done := map[string][]*pak.Box{}156	remnants := map[string][]*pak.Box{}157	outputFn := map[string][]FitReader{}158	mx := sync.Mutex{}159	var wg sync.WaitGroup160	peek := 100161	//numAll:= len(pp) * len(strategies)162	var piece [][]*pak.Box163	lenpp := len(pp)164	i := 0165	j := peek166	if j > lenpp {167		j = lenpp168	}169pieced:170	for {171		piece = pp[i:j]172		wg.Add((j - i) * len(strategies))173		for pix, permutated := range piece {174			for strategyName, strategy := range strategies {175				sn := strategyName + ".perm." + strconv.Itoa(i+pix)176				s := strategy177				// unsorted178				go func() {179					bb := []*pak.Box{}180					for _, box := range permutated {181						bb = append(bb, &pak.Box{W: box.W, H: box.H, CanRotate: box.CanRotate})182					}183					mx.Lock()184					wins[sn], done[sn], remnants[sn], outputFn[sn] = op.matchboxes(sn, s, bb)185					defer mx.Unlock()186					defer wg.Done()187				}()188			}189		}190		wg.Wait()191		if j == lenpp {192			break pieced193		}194		i = j195		j += peek196		if j > lenpp {197			j = lenpp198		}199	}200	smallestLostArea, prevSmallestLostArea := math.MaxFloat32, math.MaxFloat32201	winingStrategyName := ""202	for sn, st := range wins {203		smallestLostArea = st[0]/op.k2 - st[2]/op.k2204		if smallestLostArea <= prevSmallestLostArea {205			prevSmallestLostArea = smallestLostArea206			winingStrategyName = sn207		}208	}209	best, ok := wins[winingStrategyName]210	if !ok {211		return nil, nil, errors.New("no wining strategy")212	}213	boxes, ok := remnants[winingStrategyName]214	if !ok {215		return nil, nil, errors.New("remnants error")216	}217	fitboxes, ok := done[winingStrategyName]218	if !ok {219		return nil, nil, errors.New("fitboxes error")220	}221	outFns, ok := outputFn[winingStrategyName]222	if !ok {223		return nil, nil, errors.New("outFns error")224	}225	usedArea, vendoredArea, vendoredLength, boxesArea, boxesPerim, numSheetsUsed := best[0], best[1], best[2], best[3], best[4], best[5]226	lostArea := usedArea - boxesArea227	if op.vendorsellint {228		lostArea = vendoredArea - boxesArea229	}230	procentArea := 0.0231	if usedArea > 0 {232		procentArea = boxesArea * 100 / usedArea233	}234	boxesArea = boxesArea / op.k2235	usedArea = usedArea / op.k2236	vendoredArea = vendoredArea / op.k2237	vendoredLength = vendoredLength / op.k238	lostArea = lostArea / op.k2239	boxesPerim = boxesPerim / op.k240	price := boxesArea*op.mu + lostArea*op.ml + boxesPerim*op.pp + op.pd241	if op.greedy {242		price = boxesArea*op.mu + lostArea*op.mu + boxesPerim*op.pp + op.pd243	}244	rep := &Report{245		WiningStrategyName: winingStrategyName,246		BoxesArea:          boxesArea,247		UsedArea:           usedArea,248		VendoredArea:       vendoredArea,249		VendoredLength:     vendoredLength,250		VendoredWidth:      op.width / op.k,251		LostArea:           lostArea,252		ProcentArea:        procentArea,253		BoxesPerim:         boxesPerim,254		Price:              price,255		UnfitLen:           len(boxes),256		UnfitCode:          pak.BoxCode(boxes),257		FitCode:            pak.BoxCode(fitboxes),258		NumSheetUsed:       numSheetsUsed,259	}260	return rep, outFns, nil261}262func (op *Op) BoxesFromString() (boxes []*pak.Box, err error) {263	for _, dd := range op.dimensions {264		d := strings.Split(dd, "x")265		if len(d) == 2 {266			d = append(d, "1", "1") // repeat 1 time267		} else if len(d) == 3 {268			d = append(d, "1") // can rotate269		}270		w, err := strconv.ParseFloat(d[0], 64)271		if err != nil {272			return nil, err273		} else if w <= 0 {274			err = fmt.Errorf("greater than zero condition; received %f", w)275			return nil, err276		}277		h, err := strconv.ParseFloat(d[1], 64)278		if err != nil {279			return nil, err280		} else if h <= 0 {281			err = fmt.Errorf("greater than zero condition; received %f", h)282			return nil, err283		}284		n, err := strconv.Atoi(d[2])285		if err != nil {286			return nil, err287		} else if n < 1 {288			err = fmt.Errorf("greater than zero condition; received %q", n)289			return nil, err290		} else if n > 50 {291			err = fmt.Errorf("lesser than peak condition; received %f", w)292			return nil, err293		}294		r, err := strconv.ParseBool(d[3])295		if err != nil {296			return nil, err297		}298		for n != 0 {299			var val = &pak.Box{W: w + op.cutwidth, H: h + op.cutwidth, CanRotate: r}300			boxes = append(boxes, val)301			n--302		}303		sort.Slice(boxes, func(i, j int) bool {304			return boxes[i].W*boxes[i].H > boxes[j].W*boxes[j].H305		})306	}307	return308}309type FitReader map[string]io.Reader310func (op *Op) matchboxes(strategyName string, strategy *pak.Base, boxes []*pak.Box) ([]float64, []*pak.Box, []*pak.Box, []FitReader) {311	var (312		lenboxes  int313		remaining []*pak.Box314		done      []*pak.Box315	)316	inx, usedArea, vendoredArea, vendoredLength, boxesArea, boxesPerim := 0, 0.0, 0.0, 0.0, 0.0, 0.0317	fnOutput := []FitReader{}318	lenboxes = len(boxes)319	for lenboxes > 0 {320		// shrink all aria321		op.width -= op.topleftmargin322		op.height -= op.topleftmargin323		bin := pak.NewBin(op.width, op.height, strategy)324		remaining = []*pak.Box{}325		maxx, maxy := 0.0, 0.0326		// partials metrics per cycle327		vendoredAreaForInx, vendoredLengthForInx := 0.0, 0.0328		// pack boxes into bin329		for _, box := range boxes {330			// cutwidth acts like a padding enlarging boxes331			if op.topleftmargin == 0.0 {332				// all boxes touching top or left edges will need a half expand333				if box.X == 0.0 && box.Y == 0.0 { // top left box334					box.W -= op.cutwidth / 2335					box.H -= op.cutwidth / 2336				} else if box.X == 0.0 && box.Y != 0.0 { // leftmost column337					box.W -= op.cutwidth / 2338					box.Y -= op.cutwidth / 2339				} else if box.Y == 0.0 && box.X != 0.0 { // topmost row340					box.H -= op.cutwidth / 2341					box.X -= op.cutwidth / 2342				} else if box.X*box.Y != 0.0 { // the other boxes343					box.X -= op.cutwidth / 2344					box.Y -= op.cutwidth / 2345				}346			} else {347				// no need to adjust W or H but X and Y348				box.X += op.topleftmargin349				box.Y += op.topleftmargin350			}351			if !bin.Insert(box) {352				remaining = append(remaining, box)353				// cannot insert skyp to next box354				continue355			}356			done = append(done, box)357			boxesArea += (box.W * box.H)358			boxesPerim += 2 * (box.W + box.H)359			if box.Y+box.H-op.topleftmargin > maxy {360				maxy = box.Y + box.H - op.topleftmargin361			}362			if box.X+box.W-op.topleftmargin > maxx {363				maxx = box.X + box.W - op.topleftmargin364			}365		}366		// enlarge aria back367		op.width += op.topleftmargin368		op.height += op.topleftmargin369		if op.tight {370			maxx = op.width371		} else {372			maxx = op.width373			maxy = op.height374		}375		vendoredAreaForInx = (maxx * maxy)376		usedArea += vendoredAreaForInx377		if op.vendorsellint {378			// vendors sells integers so convert the maxy into meters, find closest integer and then convert to mm379			vendoredAreaForInx = math.Ceil(maxy/op.k) * op.k * maxx380			vendoredArea += vendoredAreaForInx381		} else {382			vendoredArea = usedArea383		}384		vendoredLengthForInx = vendoredAreaForInx / op.width385		vendoredLength = vendoredArea / op.width386		inx++387		if len(remaining) == lenboxes {388			break389		}390		lenboxes = len(remaining)391		boxes = remaining[:]392		if op.outname != "" {393			// vendoredLength is a fraction associated with inx cycle from cummulative vendoredLength394			func(inx int, boxes []*pak.Box, vendoredLengthForInx float64) {395				fn := fmt.Sprintf("%s.%d.%s.svg", op.outname, inx, strategyName)396				var s string397				if op.outweb {398					s = svg.StartWeb(op.width, vendoredLengthForInx+op.topleftmargin, op.plain)399				} else {400					s = svg.Start(op.width, vendoredLengthForInx+op.topleftmargin, op.unit, op.plain)401				}402				si, err := svg.Out(boxes, op.cutwidth, op.topleftmargin, op.width, op.unit, op.plain, op.showDim, op.outline)403				if err != nil {404					return405				}406				s += svg.End(si)407				fnOutput = append(fnOutput, FitReader{fn: strings.NewReader(s)})408			}(inx, bin.Boxes[:], vendoredLengthForInx)409		}410	}411	return []float64{usedArea, vendoredArea, vendoredLength, boxesArea, boxesPerim, float64(inx)}, done, remaining, fnOutput412}413//go:generate json_snake_case -type=Report414type Report struct {415	WiningStrategyName string416	BoxesArea          float64417	UsedArea           float64418	VendoredArea       float64419	VendoredLength     float64420	VendoredWidth      float64421	LostArea           float64422	ProcentArea        float64423	BoxesPerim         float64424	Price              float64425	UnfitLen           int426	UnfitCode          string427	FitCode            string428	NumSheetUsed       float64429}...

main.go

Source:main.go

1package main2import (3	"bufio"4	"bytes"5	"errors"6	"flag"7	"fmt"8	"html/template"9	"io"10	"io/ioutil"11	"log"12	"os"13	"strconv"14	"strings"15	"text/tabwriter"16	"github.com/atotto/clipboard"17	"github.com/innermond/packong"18	"github.com/innermond/pak"19)20var (21	dimensions []string22	outname, unit, bigbox string23	wh                    []string24	width, height         float6425	fo                    string26	tight bool27	plain, showDim, greedy, vendorsellint, deep bool28	cutwidth, topleftmargin float6429	mu, ml, pp, pd, ph float6430	rx float6431	rn string32	showOffer, spor bool33	selltext string34)35func param() error {36	var err error37	flag.StringVar(&outname, "o", "", "name of the maching project")38	flag.StringVar(&unit, "u", "mm", "unit of measurements")39	flag.StringVar(&bigbox, "bb", "0x0", "dimensions as \"wxh\" in units for bigest box / mother surface")40	flag.BoolVar(&tight, "tight", false, "when true only aria used tighten by height is taken into account")41	flag.BoolVar(&plain, "inkscape", true, "when false will save svg as inkscape svg")42	flag.BoolVar(&showDim, "showdim", false, "generate a layer with dimensions \"wxh\" regarding each box")43	flag.BoolVar(&greedy, "greedy", false, "when calculating price material's area lost is considered at full working price")44	flag.BoolVar(&vendorsellint, "vendorsellint", true, "vendors sells an integer number of sheet length")45	flag.BoolVar(&deep, "deep", false, "calculate all boxes permutations")46	flag.BoolVar(&showOffer, "offer", false, "show a text representing offer")47	flag.BoolVar(&spor, "spor", false, "spor")48	flag.StringVar(&fo, "fo", "", "template offer filename")49	flag.Float64Var(&mu, "mu", 15.0, "used material price per 1 square meter")50	flag.Float64Var(&ml, "ml", 5.0, "lost material price per 1 square meter")51	flag.Float64Var(&pp, "pp", 0.25, "perimeter price per 1 linear meter; used for evaluating cuts price")52	flag.Float64Var(&pd, "pd", 15, "travel price to location")53	flag.Float64Var(&ph, "ph", 3.5, "man power price")54	flag.Float64Var(&rx, "rx", 1.0, "rate exchange")55	flag.StringVar(&rn, "rn", "eur", "currency name - it will be used in reports")56	flag.Float64Var(&cutwidth, "cutwidth", 0.0, "the with of material that is lost due to a cut")57	flag.Float64Var(&topleftmargin, "margin", 0.0, "offset from top left margin")58	flag.Parse()59	selltext = `Oferta pentru suprafetele60{{.Dimensions}} in {{.Unit}}61este de {{printf "%.2f" (mul .Price ` + fmt.Sprintf("%.2f", rx) + `)}} ` + rn + ` + TVA.62Include productie, montaj, deplasare.`63	wh = strings.Split(bigbox, "x")64	switch len(wh) {65	case 1:66		wh = append(wh, wh[0])67	case 0:68		return errors.New("need to specify dimensions for big box")69	}70	width, err = strconv.ParseFloat(wh[0], 64)71	if err != nil {72		return errors.New("can't get width")73	}74	height, err = strconv.ParseFloat(wh[1], 64)75	if err != nil {76		return errors.New("can't get height")77	}78	if fo != "" {79		bb, err := ioutil.ReadFile(fo)80		if err != nil {81			return err82		}83		selltext = string(bb)84	}85	dimensions = flag.Args()86	if len(dimensions) == 0 {87		return errors.New("dimensions required")88	}89	flag.Visit(func(f *flag.Flag) {90		switch f.Name {91		case "inkscape":92			plain = false93		case "tight":94			tight = true95		case "showdim":96			showDim = true97		case "greedy":98			greedy = true99		case "deep":100			deep = true101		case "offer":102			showOffer = true103		case "spor":104			spor = true105		}106	})107	return nil108}109type offer struct {110	*packong.Report111	Dimensions, Unit string112}113func main() {114	var (115		rep  *packong.Report116		outs []packong.FitReader117		err  error118	)119	err = param()120	if err != nil {121		log.Fatal(err)122	}123	op := packong.NewOp(width, height, dimensions, unit).124		Outname(outname).125		Appearance(plain, showDim).126		Cutwidth(cutwidth).127		Price(mu, ml, pp, pd).128		Greedy(greedy).129		VendorSellInt(vendorsellint)130	// if the cut can eat half of its width along cutline131	// we compensate expanding boxes with an entire cut width132	boxes, err := op.BoxesFromString()133	if err != nil {134		log.Fatal(err)135	}136	pp := [][]*pak.Box{boxes}137	if deep {138		pp = packong.Permutations(boxes)139		// take approval from user140		fmt.Printf("%d combinations. Can take a much much longer time. Continue?\n", len(pp))141		var (142			yn string143			r  *bufio.Reader = bufio.NewReader(os.Stdin)144		)145	approve:146		for {147			fmt.Println("Enter y to continue or a n to abort")148			yn, err = r.ReadString('\n')149			yn = strings.TrimRight(yn, "\n")150			if err != nil {151				continue152			}153			switch yn {154			case "y":155				break approve156			case "n":157				fmt.Println("user aborted packing operation")158				os.Exit(0)159			}160		}161	}162	rep, outs, err = op.Fit(pp, deep)163	if err != nil {164		log.Fatal(err)165	}166	tw := tabwriter.NewWriter(os.Stdout, 0, 0, 1, ' ', 0)167	if rep.UnfitLen > 0 {168		fmt.Fprintf(tw, "%s\t%d\n", "UnfitLen", rep.UnfitLen)169		fmt.Fprintf(tw, "%s\t%s\n", "UnfitCode", rep.UnfitCode)170	}171	pieces := strings.Join(dimensions, " ")172	fmt.Fprintf(tw, "%s\t%s\n", "StragegyName", rep.WiningStrategyName)173	fmt.Fprintf(tw, "%s\t%s\n", "Pieces", pieces+unit)174	fmt.Fprintf(tw, "%s\t%.2f\n", "BoxesArea", rep.BoxesArea)175	fmt.Fprintf(tw, "%s\t%.2f\n", "UsedArea", rep.UsedArea)176	fmt.Fprintf(tw, "%s\t%.2f\n", "LostArea", rep.LostArea)177	fmt.Fprintf(tw, "%s\t%.2f\n", "VendoredArea", rep.VendoredArea)178	fmt.Fprintf(tw, "%s\t%.2f\n", "VendoredLength", rep.VendoredLength)179	fmt.Fprintf(tw, "%s\t%.2f\n", "VendoredWidth", rep.VendoredWidth)180	fmt.Fprintf(tw, "%s\t%.2f\n", "ProcentArea", rep.ProcentArea)181	fmt.Fprintf(tw, "%s\t%.2f\n", "NumSheetUsed", rep.NumSheetUsed)182	fmt.Fprintf(tw, "%s\t%.2f\n", "Price", rx*rep.Price)183	fmt.Fprintf(tw, "%s\t%.2f\n", "Materials cost", rx*rep.VendoredArea*ml)184	fmt.Fprintf(tw, "%s\t%.2f\n", "Man cost", rx*rep.BoxesArea*ph)185	fmt.Fprintf(tw, "%s\t%.2f\n", "Travel cost", rx*pd)186	if spor {187		fmt.Fprintf(tw, "%s\t%.2f\n", "Spor", rx*(rep.Price-(rep.VendoredArea*ml+rep.BoxesArea*ph+pd)))188	}189	if showOffer {190		mul := func(a float64, b float64) float64 {191			return a * b192		}193		tpl, err := template.New("offer").Funcs(template.FuncMap{"mul": mul}).Parse(selltext)194		if err != nil {195			log.Fatal(err)196		}197		sell := offer{rep, pieces, unit}198		var bb bytes.Buffer199		if err := tpl.Execute(&bb, sell); err != nil {200			log.Fatal(err)201		}202		dotted := strings.Repeat("-", 30)203		offerTxt := bb.String()204		fmt.Fprintf(tw, "%s\n%s\n", dotted, offerTxt)205		err = clipboard.WriteAll(offerTxt)206		if err != nil {207			log.Println(err)208		}209	}210	tw.Flush()211	if len(outname) > 0 {212		errs := writeFiles(outs)213		if len(errs) > 0 {214			log.Println(errs)215		}216	}217}218func writeFiles(outs []packong.FitReader) (errs []error) {219	for _, out := range outs {220		for nm, r := range out {221			w, err := os.Create(nm)222			if err != nil {223				errs = append(errs, err)224				continue225			}226			defer w.Close()227			_, err = io.Copy(w, r)228			if err != nil {229				errs = append(errs, err)230				continue231			}232		}233	}234	return235}...

foo.go

Source:foo.go

1package vendored2func FIt() {3}...

FIt

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    ginkgo.FIt("test", func() {})5}6import (7func main() {8    fmt.Println("Hello, playground")9    ginkgo.FIt("test", func() {})10}11import (12func main() {13    fmt.Println("Hello, playground")14    ginkgo.FIt("test", func() {})15}16import (17func main() {18    fmt.Println("Hello, playground")19    ginkgo.FIt("test", func() {})20}21import (22func main() {23    fmt.Println("Hello, playground")24    ginkgo.FIt("test", func() {})25}26import (27func main() {28    fmt.Println("Hello, playground")29    ginkgo.FIt("test", func() {})30}31import (32func main()

FIt

Using AI Code Generation

1import (2func main() {3    fmt.Println(abc.Fit(1, 2))4}5import (6func main() {7    fmt.Println(abc.Fit(1, 2))8}9    /usr/local/go/src/github.com/xyz/abc (from $GOROOT)10    /home/user/go/src/github.com/xyz/abc (from $GOPATH)

FIt

Using AI Code Generation

1import (2func main() {3    fmt.Println(yourlibrary.Fit(1))4}5import (6func main() {7    fmt.Println(yourlibrary.Fit(2))8}9import (10func main() {11    fmt.Println(yourlibrary.Fit(3))12}13import (14func main() {15    fmt.Println(yourlibrary.Fit(4))16}17import (18func main() {19    fmt.Println(yourlibrary.Fit(5))20}21import (22func main() {23    fmt.Println(yourlibrary.Fit(6))24}25import (26func main() {27    fmt.Println(yourlibrary.Fit(7))28}29import (30func main() {31    fmt.Println(yourlibrary.Fit(

FIt

Using AI Code Generation

1	/usr/local/go/src/github.com/ashishra0/vendor (from $GOROOT)2	/home/ashishra0/go/src/github.com/ashishra0/vendor (from $GOPATH)3	/usr/local/go/src/github.com/ashishra0/vendor (from $GOROOT)4	/home/ashishra0/go/src/github.com/ashishra0/vendor (from $GOPATH)5	/usr/local/go/src/github.com/ashishra0/vendor (from $GOROOT)6	/home/ashishra0/go/src/github.com/ashishra0/vendor (from $GOPATH)71.go:5: cannot use 1 (type int) as type float64 in argument to vendor.FIt82.go:5: cannot use 1 (type int) as type float64 in argument to vendor.FIt93.go:5: cannot use 1 (type int)

Automation Testing Tutorials

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