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

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