How to use NewBoolCell method of main Package

Best Syzkaller code snippet using main.NewBoolCell

stats.go

Source:stats.go

...147	}148	for _, bug := range summaries {149		for _, group := range view.Groups {150			if bug.found[group.Name] {151				table.Set(bug.title, group.Name, NewBoolCell(true))152			}153		}154	}155	return table, nil156}157func (view StatView) GenerateBugCountsTable() (*Table, error) {158	table := NewTable("Bug")159	for _, group := range view.Groups {160		table.AddColumn(group.Name)161	}162	summaries, err := summarizeBugs(view.Groups)163	if err != nil {164		return nil, err165	}166	for _, bug := range summaries {167		for _, group := range view.Groups {168			if bug.found[group.Name] {169				count := bug.resultsCount[group.Name]170				percent := float64(count) / float64(len(group.Results)) * 100.0171				value := fmt.Sprintf("%v (%.1f%%)", count, percent)172				table.Set(bug.title, group.Name, value)173			}174		}175	}176	return table, nil177}178func (group RunResultGroup) SyzManagerResults() []*SyzManagerResult {179	ret := []*SyzManagerResult{}180	for _, rawRes := range group.Results {181		res, ok := rawRes.(*SyzManagerResult)182		if ok {183			ret = append(ret, res)184		}185	}186	return ret187}188func (group RunResultGroup) SyzReproResults() []*SyzReproResult {189	ret := []*SyzReproResult{}190	for _, rawRes := range group.Results {191		res, ok := rawRes.(*SyzReproResult)192		if ok {193			ret = append(ret, res)194		}195	}196	return ret197}198func (group RunResultGroup) AvgStatRecords() []map[string]uint64 {199	ret := []map[string]uint64{}200	commonLen := group.minResultLength()201	for i := 0; i < commonLen; i++ {202		record := make(map[string]uint64)203		for key, value := range group.groupNthRecord(i) {204			record[key] = uint64(value.Median())205		}206		ret = append(ret, record)207	}208	return ret209}210func (group RunResultGroup) minResultLength() int {211	if len(group.Results) == 0 {212		return 0213	}214	results := group.SyzManagerResults()215	ret := len(results[0].StatRecords)216	for _, result := range results {217		currLen := len(result.StatRecords)218		if currLen < ret {219			ret = currLen220		}221	}222	return ret223}224func (group RunResultGroup) groupNthRecord(i int) map[string]*stats.Sample {225	records := []StatRecord{}226	for _, result := range group.SyzManagerResults() {227		records = append(records, result.StatRecords[i])228	}229	return groupSamples(records)230}231func (view StatView) StatsTable() (*Table, error) {232	return view.AlignedStatsTable("uptime")233}234func (view StatView) AlignedStatsTable(field string) (*Table, error) {235	// We assume that the stats values are nonnegative.236	var commonValue float64237	for _, group := range view.Groups {238		minLen := group.minResultLength()239		if minLen == 0 {240			continue241		}242		sampleGroup := group.groupNthRecord(minLen - 1)243		sample, ok := sampleGroup[field]244		if !ok {245			return nil, fmt.Errorf("field %v is not found", field)246		}247		currValue := sample.Median()248		if currValue < commonValue || commonValue == 0 {249			commonValue = currValue250		}251	}252	table := NewTable("Property")253	cells := make(map[string]map[string]string)254	for _, group := range view.Groups {255		table.AddColumn(group.Name)256		minLen := group.minResultLength()257		if minLen == 0 {258			// Skip empty groups.259			continue260		}261		// Unwind the samples so that they are aligned on the field value.262		var samples map[string]*stats.Sample263		for i := minLen - 1; i >= 0; i-- {264			candidate := group.groupNthRecord(i)265			// TODO: consider data interpolation.266			if candidate[field].Median() >= commonValue {267				samples = candidate268			} else {269				break270			}271		}272		for key, sample := range samples {273			if _, ok := cells[key]; !ok {274				cells[key] = make(map[string]string)275			}276			table.Set(key, group.Name, NewValueCell(sample))277		}278	}279	return table, nil280}281func (view StatView) InstanceStatsTable() (*Table, error) {282	newView := StatView{}283	for _, group := range view.Groups {284		for i, result := range group.Results {285			newView.Groups = append(newView.Groups, RunResultGroup{286				Name:    fmt.Sprintf("%s-%d", group.Name, i),287				Results: []RunResult{result},288			})289		}290	}291	return newView.StatsTable()292}293// How often we find a repro to each crash log.294func (view StatView) GenerateReproSuccessTable() (*Table, error) {295	table := NewTable("Bug")296	for _, group := range view.Groups {297		table.AddColumn(group.Name)298	}299	for _, group := range view.Groups {300		for _, result := range group.SyzReproResults() {301			title := result.Input.Title302			cell, _ := table.Get(title, group.Name).(*RatioCell)303			if cell == nil {304				cell = NewRatioCell(0, 0)305			}306			cell.TotalCount++307			if result.ReproFound {308				cell.TrueCount++309			}310			table.Set(title, group.Name, cell)311		}312	}313	return table, nil314}315// What share of found repros also have a C repro.316func (view StatView) GenerateCReproSuccessTable() (*Table, error) {317	table := NewTable("Bug")318	for _, group := range view.Groups {319		table.AddColumn(group.Name)320	}321	for _, group := range view.Groups {322		for _, result := range group.SyzReproResults() {323			if !result.ReproFound {324				continue325			}326			title := result.Input.Title327			cell, _ := table.Get(title, group.Name).(*RatioCell)328			if cell == nil {329				cell = NewRatioCell(0, 0)330			}331			cell.TotalCount++332			if result.CReproFound {333				cell.TrueCount++334			}335			table.Set(title, group.Name, cell)336		}337	}338	return table, nil339}340// What share of found repros also have a C repro.341func (view StatView) GenerateReproDurationTable() (*Table, error) {342	table := NewTable("Bug")343	for _, group := range view.Groups {344		table.AddColumn(group.Name)345	}346	for _, group := range view.Groups {347		samples := make(map[string]*stats.Sample)348		for _, result := range group.SyzReproResults() {349			title := result.Input.Title350			var sample *stats.Sample351			sample, ok := samples[title]352			if !ok {353				sample = &stats.Sample{}354				samples[title] = sample355			}356			sample.Xs = append(sample.Xs, result.Duration.Seconds())357		}358		for title, sample := range samples {359			table.Set(title, group.Name, NewValueCell(sample))360		}361	}362	return table, nil363}364// List all repro attempts.365func (view StatView) GenerateReproAttemptsTable() (*Table, error) {366	table := NewTable("Result #", "Bug", "Checkout", "Repro found", "C repro found", "Duration")367	for gid, group := range view.Groups {368		for rid, result := range group.SyzReproResults() {369			table.AddRow(370				fmt.Sprintf("%d-%d", gid, rid),371				result.Input.Title,372				group.Name,373				NewBoolCell(result.ReproFound),374				NewBoolCell(result.CReproFound),375				result.Duration.Round(time.Second).String(),376			)377		}378	}379	return table, nil380}381// Average bench files of several instances into a single bench file.382func (group *RunResultGroup) SaveAvgBenchFile(fileName string) error {383	f, err := os.Create(fileName)384	if err != nil {385		return err386	}387	defer f.Close()388	for _, averaged := range group.AvgStatRecords() {...

NewBoolCell

Using AI Code Generation

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

NewBoolCell

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Hello, playground")4    c := NewBoolCell(false)5    fmt.Println(c)6}7import "fmt"8func main() {9    fmt.Println("Hello, playground")10    c := NewBoolCell(false)11    fmt.Println(c)12}13import "fmt"14func main() {15    fmt.Println("Hello, playground")16    c := NewBoolCell(false)17    fmt.Println(c)18}19import "fmt"20func main() {21    fmt.Println("Hello, playground")22    c := NewBoolCell(false)23    fmt.Println(c)24}25import "fmt"26func main() {27    fmt.Println("Hello, playground")28    c := NewBoolCell(false)29    fmt.Println(c)30}31import "fmt"32func main() {33    fmt.Println("Hello, playground")34    c := NewBoolCell(false)35    fmt.Println(c)36}37import "fmt"38func main() {39    fmt.Println("Hello, playground")40    c := NewBoolCell(false)41    fmt.Println(c)42}43import "fmt"44func main() {45    fmt.Println("Hello, playground")46    c := NewBoolCell(false)47    fmt.Println(c)48}49import "fmt"50func main() {51    fmt.Println("Hello, playground")52    c := NewBoolCell(false)53    fmt.Println(c)54}55import "fmt"56func main() {57    fmt.Println("Hello, playground")58    c := NewBoolCell(false)

NewBoolCell

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	var c1 = NewBoolCell(false)5	fmt.Println(c1.Get())6}7import (8func main() {9	fmt.Println("Hello World!")10	var c1 = NewBoolCell(false)11	fmt.Println(c1.Get())12}13import (14func main() {15	fmt.Println("Hello World!")16	var c1 = NewBoolCell(false)17	fmt.Println(c1.Get())18}19import (20func main() {21	fmt.Println("Hello World!")22	var c1 = NewBoolCell(false)23	fmt.Println(c1.Get())24}25import (26func main() {27	fmt.Println("Hello World!")28	var c1 = NewBoolCell(false)29	fmt.Println(c1.Get())30}31import (32func main() {33	fmt.Println("Hello World!")34	var c1 = NewBoolCell(false)35	fmt.Println(c1.Get())36}37import (38func main() {39	fmt.Println("Hello World!")40	var c1 = NewBoolCell(false)41	fmt.Println(c1.Get())42}43import (44func main() {45	fmt.Println("Hello World!")46	var c1 = NewBoolCell(false)47	fmt.Println(c1.Get())48}49import (50func main() {51	fmt.Println("Hello World!")52	var c1 = NewBoolCell(false)53	fmt.Println(c1.Get())54}55import (56func main()

NewBoolCell

Using AI Code Generation

1func main() {2    var c = NewBoolCell(true)3    fmt.Println(c)4}5import "fmt"6type BoolCell struct {7}8func NewBoolCell(value bool) BoolCell {9    return BoolCell{value}10}11func (c BoolCell) String() string {12    if c.value {13    } else {14    }15}16I have a function that receives a variable number of strings and returns a string. I am trying to implement it using a switch statement. I have tried a few different ways, but I keep getting the error "non-constant switch expression of type string" or "invalid case "a" in switch on type string: string is not comparable". I have tried using the switch syntax with the case statements on separate lines, but I still get the same errors. I have also tried using the switch syntax with the case statements on the same line, but that gives me the error "syntax error: unexpected newline, expecting comma or )" on the line with the first case statement. I have also tried using the if statement syntax, but that gives me the error "invalid operation: c (variable of type string) has no field or method String". I have also tried using the if statement syntax with the condition on a separate line, but that gives me the error "syntax error: unexpected newline, expecting comma or )". I have also tried using the if statement syntax with the condition on the same line, but that gives me the error "syntax error: unexpected newline, expecting comma or )". I have also tried using the if statement syntax with the condition on the same line and without the parentheses, but that gives me the error "syntax error: unexpected newline, expecting comma or )". I have also tried using the if statement syntax with the condition on the same line and without the parentheses, but that gives me the error "syntax error: unexpected newline, expecting comma or )". I have also tried using the if statement syntax with the condition on the same line and without the parentheses, but that gives me the error "syntax error: unexpected newline, expecting comma or )". I have also tried using the if statement syntax with the condition on the same line and without the parentheses, but that gives me the error "syntax error: unexpected newline, expecting

NewBoolCell

Using AI Code Generation

1import (2func main() {3	cell := xlsx.NewBoolCell(true)4	cell.SetBool(false)5	fmt.Println(cell.Bool())6	fmt.Println(cell.String())7	cell.SetString("true")8	fmt.Println(cell.String())9	fmt.Println(cell.Bool())10}11import (12func main() {13	cell := xlsx.NewStringCell("false")14	fmt.Println(cell.String())15	fmt.Println(cell.Bool())16	cell.SetBool(true)17	fmt.Println(cell.Bool())18	fmt.Println(cell.String())19}

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