Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use NewRatioCell method of main Package

Best Syzkaller code snippet using main.NewRatioCell

table.go

Source:table.go

...39		return fmt.Sprintf("%.1f", c.Value)40	}41	return fmt.Sprintf("%.0f", math.Round(c.Value))42}43func NewRatioCell(trueCount, totalCount int) *RatioCell {44	return &RatioCell{trueCount, totalCount}45}46func (c *RatioCell) Float64() float64 {47	if c.TotalCount == 0 {48		return 049	}50	return float64(c.TrueCount) / float64(c.TotalCount)51}52func (c *RatioCell) String() string {53	return fmt.Sprintf("%.1f%% (%d/%d)", c.Float64()*100.0, c.TrueCount, c.TotalCount)54}55func NewBoolCell(value bool) *BoolCell {56	return &BoolCell{57		Value: value,58	}59}60func (c *BoolCell) String() string {61	if c.Value {62		return "YES"63	}64	return "NO"65}66func NewTable(topLeft string, columns ...string) *Table {67	return &Table{68		TopLeftHeader: topLeft,69		ColumnHeaders: columns,70	}71}72func (t *Table) Get(row, column string) Cell {73	if t.Cells == nil {74		return nil75	}76	rowMap := t.Cells[row]77	if rowMap == nil {78		return nil79	}80	return rowMap[column]81}82func (t *Table) Set(row, column string, value Cell) {83	if t.Cells == nil {84		t.Cells = make(map[string]map[string]Cell)85	}86	rowMap, ok := t.Cells[row]87	if !ok {88		rowMap = make(map[string]Cell)89		t.Cells[row] = rowMap90	}91	rowMap[column] = value92}93func (t *Table) AddColumn(column string) {94	t.ColumnHeaders = append(t.ColumnHeaders, column)95}96func (t *Table) AddRow(row string, cells ...Cell) {97	if len(cells) != len(t.ColumnHeaders) {98		panic("AddRow: the length of the row does not equal the number of columns")99	}100	for i, col := range t.ColumnHeaders {101		t.Set(row, col, cells[i])102	}103}104func (t *Table) SortedRows() []string {105	rows := []string{}106	for key := range t.Cells {107		rows = append(rows, key)108	}109	sort.Strings(rows)110	return rows111}112func (t *Table) ToStrings() [][]string {113	table := [][]string{}114	headers := append([]string{t.TopLeftHeader}, t.ColumnHeaders...)115	table = append(table, headers)116	if t.Cells != nil {117		rowHeaders := t.SortedRows()118		for _, row := range rowHeaders {119			tableRow := []string{row}120			for _, column := range t.ColumnHeaders {121				tableRow = append(tableRow, fmt.Sprintf("%s", t.Get(row, column)))122			}123			table = append(table, tableRow)124		}125	}126	return table127}128func (t *Table) SaveAsCsv(fileName string) error {129	f, err := os.Create(fileName)130	if err != nil {131		return err132	}133	defer f.Close()134	return csv.NewWriter(f).WriteAll(t.ToStrings())135}136func (t *Table) SetRelativeValues(baseColumn string) error {137	for rowName, row := range t.Cells {138		baseCell := t.Get(rowName, baseColumn)139		if baseCell == nil {140			return fmt.Errorf("base column %s not found in row %s", baseColumn, rowName)141		}142		baseValueCell, ok := baseCell.(*ValueCell)143		if !ok {144			return fmt.Errorf("base column cell is not a ValueCell, %T", baseCell)145		}146		baseSample := baseValueCell.Sample.RemoveOutliers()147		for column, cell := range row {148			if column == baseColumn {149				continue150			}151			valueCell, ok := cell.(*ValueCell)152			if !ok {153				continue154			}155			if baseValueCell.Value != 0 {156				valueDiff := valueCell.Value - baseValueCell.Value157				valueCell.PercentChange = new(float64)158				*valueCell.PercentChange = valueDiff / baseValueCell.Value * 100159			}160			cellSample := valueCell.Sample.RemoveOutliers()161			pval, err := stats.UTest(baseSample, cellSample)162			if err == nil {163				// Sometimes it fails because there are too few samples.164				valueCell.PValue = new(float64)165				*valueCell.PValue = pval166			}167		}168	}169	return nil170}171func (t *Table) GetFooterValue(column string) Cell {172	nonEmptyCells := 0173	ratioCells := []*RatioCell{}174	boolCells := []*BoolCell{}175	valueCells := []*ValueCell{}176	for rowName := range t.Cells {177		cell := t.Get(rowName, column)178		if cell == nil {179			continue180		}181		nonEmptyCells++182		switch v := cell.(type) {183		case *RatioCell:184			ratioCells = append(ratioCells, v)185		case *BoolCell:186			boolCells = append(boolCells, v)187		case *ValueCell:188			valueCells = append(valueCells, v)189		}190	}191	if nonEmptyCells == 0 {192		return ""193	}194	switch nonEmptyCells {195	case len(ratioCells):196		var sum, count float64197		for _, cell := range ratioCells {198			sum += cell.Float64()199			count++200		}201		return fmt.Sprintf("%.1f%%", sum/count*100.0)202	case len(valueCells):203		var sum, count float64204		for _, cell := range valueCells {205			sum += cell.Value206			count++207		}208		return fmt.Sprintf("%.1f", sum/count)209	case len(boolCells):210		yes := 0211		for _, cell := range boolCells {212			if cell.Value {213				yes++214			}215		}216		return NewRatioCell(yes, len(t.Cells))217	default:218		// Column has mixed type cells, we cannot do anything here.219		return ""220	}221}...

NewRatioCell

Using AI Code Generation

1import "fmt"2import "math"3type RatioCell struct {4}5func NewRatioCell(numerator int, denominator int) *RatioCell {6    return &RatioCell{numerator, denominator}7}8func (r *RatioCell) String() string {9    return fmt.Sprintf("%d/%d", r.numerator, r.denominator)10}11func (r *RatioCell) Float() float64 {12    return float64(r.numerator) / float64(r.denominator)13}14func (r *RatioCell) Add(other *RatioCell) *RatioCell {15    return NewRatioCell(numerator, denominator)16}17func (r *RatioCell) Sub(other *RatioCell) *RatioCell {18    return NewRatioCell(numerator, denominator)19}20func (r *RatioCell) Mul(other *RatioCell) *RatioCell {21    return NewRatioCell(numerator, denominator)22}23func (r *RatioCell) Div(other *RatioCell) *RatioCell {24    return NewRatioCell(numerator, denominator)25}26func (r *RatioCell) Pow(other *RatioCell) *RatioCell {27    numerator := int(math.Pow(float64(r.numerator), float64(other.numerator)))28    denominator := int(math.Pow(float64(r.denominator), float64(other.denominator)))29    return NewRatioCell(numerator, denominator)30}31func (r *RatioCell) Neg() *RatioCell {32    return NewRatioCell(-r.numerator, r.denominator)33}34func main() {35    r1 := NewRatioCell(1, 2)36    r2 := NewRatioCell(1, 3)37    fmt.Println(r1, r2)38    fmt.Println(r1.Add(r2))39    fmt.Println(r1.Sub(r2))40    fmt.Println(r1.Mul(r2))41    fmt.Println(r1.Div(r2))42    fmt.Println(r1

NewRatioCell

Using AI Code Generation

1import (2type RatioCell struct {3}4func NewRatioCell(numerator int, denominator int) *RatioCell {5	return &RatioCell{numerator, denominator}6}7func (c *RatioCell) Set(numerator int, denominator int) {8}9func (c *RatioCell) Get() (int, int) {10}11func (c *RatioCell) String() string {12	return fmt.Sprintf("%d/%d", c.n

NewRatioCell

Using AI Code Generation

1func main() {2    ratioCell := NewRatioCell(10, 5)3    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())4    ratioCell.SetWidth(20)5    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())6}7func NewRatioCell(width, height int) *RatioCell {8    return &RatioCell{9    }10}11func main() {12    ratioCell := NewRatioCell(10, 5)13    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())14    ratioCell.SetWidth(20)15    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())16}17func NewRatioCell(width, height int) *RatioCell {18    return &RatioCell{19    }20}21func main() {22    ratioCell := NewRatioCell(10, 5)23    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())24    ratioCell.SetWidth(20)25    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())26}27func NewRatioCell(width, height int) *RatioCell {28    return &RatioCell{29    }30}31func main() {32    ratioCell := NewRatioCell(10, 5)33    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())34    ratioCell.SetWidth(20)35    fmt.Println(ratioCell.GetWidth(), ratioCell.GetHeight())36}37func NewRatioCell(width, height int) *RatioCell {38    return &RatioCell{39    }40}

NewRatioCell

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Enter the numerator")4    fmt.Scanln(&a)5    fmt.Println("Enter the denominator")6    fmt.Scanln(&b)7    c:=NewRatioCell(a,b)8    fmt.Println("Numerator:",c.num)9    fmt.Println("Denominator:",c.den)10    fmt.Println("Value:",c.value)11}12import "fmt"13func main() {14    fmt.Println("Enter the numerator")15    fmt.Scanln(&a)16    fmt.Println("Enter the denominator")17    fmt.Scanln(&b)18    c:=NewRatioCell(a,b)19    fmt.Println("Numerator:",c.num)20    fmt.Println("Denominator:",c.den)21    fmt.Println("Value:",c.value)22}23import "fmt"24func main() {25    fmt.Println("Enter the numerator")26    fmt.Scanln(&a)27    fmt.Println("Enter the denominator")28    fmt.Scanln(&b)29    c:=NewRatioCell(a,b)30    fmt.Println("Numerator:",c.num)31    fmt.Println("Denominator:",c.den)32    fmt.Println("Value:",c.value)33}34import "fmt"35func main() {36    fmt.Println("Enter the numerator")37    fmt.Scanln(&a)38    fmt.Println("Enter the denominator")39    fmt.Scanln(&b)40    c:=NewRatioCell(a,b)41    fmt.Println("Numerator:",c.num)42    fmt.Println("Denominator:",c.den)

NewRatioCell

Using AI Code Generation

1func main() {2    fmt.Println("Hello, playground")3    var c1 = NewRatioCell(1, 2)4    var c2 = NewRatioCell(2, 3)5    fmt.Println(c1, c2)6}7type RatioCell struct {8}9func NewRatioCell(num, den int) *RatioCell {10    return &RatioCell{num, den}11}12func (rc *RatioCell) String() string {13    return fmt.Sprintf("%d/%d", rc.num, rc.den)14}15func main() {16    fmt.Println("Hello, playground")17}18./1.go:3:2: could not import main (no metadata for main) (compile)19import (20func main() {21    r := mux.NewRouter()22    r.HandleFunc("/test", testHandler)23    http.ListenAndServe(":8000", r)24}25func testHandler(w http.ResponseWriter, r *http.Request) {26    fmt.Fprintf(w, "Test")27}28import (29func main() {30    r := mux.NewRouter()

NewRatioCell

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	var x = NewRatioCell(1, 2)5	fmt.Println(x)6}7import (8func main() {9	fmt.Println("Hello, playground")10	var x = NewRatioCell(1, 2)11	fmt.Println(x)12}13import (14func main() {15	fmt.Println("Hello, playground")16	var x = NewRatioCell(1, 2)17	fmt.Println(x)18}19import (20func main() {21	fmt.Println("Hello, playground")22	var x = NewRatioCell(1, 2)23	fmt.Println(x)24}25import (26func main() {27	fmt.Println("Hello, playground")28	var x = NewRatioCell(1, 2)29	fmt.Println(x)30}31import (32func main() {33	fmt.Println("Hello, playground")34	var x = NewRatioCell(1, 2)35	fmt.Println(x)36}37import (38func main() {39	fmt.Println("Hello, playground")40	var x = NewRatioCell(1, 2)41	fmt.Println(x)42}43import (44func main() {45	fmt.Println("Hello, playground")46	var x = NewRatioCell(1, 2)47	fmt.Println(x)48}49import (50func main() {51	fmt.Println("Hello, playground")

NewRatioCell

Using AI Code Generation

1import (2func main() {3	cell := NewRatioCell()4	cell.SetNumerator(big.NewInt(3))5	cell.SetDenominator(big.NewInt(4))6	fmt.Println(cell.Value())7}8import (9func main() {10	cell := NewRatioCell()11	cell.SetNumerator(big.NewInt(3))12	cell.SetDenominator(big.NewInt(4))13	fmt.Println(cell.Value())14}15import (16func main() {17	cell := NewRatioCell()18	cell.SetNumerator(big.NewInt(3))19	cell.SetDenominator(big.NewInt(4))20	fmt.Println(cell.Value())21}22import (23func main() {24	cell := NewRatioCell()25	cell.SetNumerator(big.NewInt(3))26	cell.SetDenominator(big.NewInt(4))27	fmt.Println(cell.Value())28}29import (30func main() {31	cell := NewRatioCell()32	cell.SetNumerator(big.NewInt(3))33	cell.SetDenominator(big.NewInt(4))34	fmt.Println(cell

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.